MATLAB® Test Report
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Timestamp: |
14-Nov-2024 17:38:48 |
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Host: |
fv-az914-320 |
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Platform: |
glnxa64 |
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MATLAB Version: |
24.1.0.2689473 (R2024a) Update 6 |
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Number of Tests: |
24 |
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Testing Time: |
107.6772 seconds |
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Overall Result: |
PASSED |
Overview
/home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/
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69.7071 seconds |
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37.9700 seconds |
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Details
/home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/
SmokeTests
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=BatteryCharger.mlx
The test passed. Duration: 5.2725 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:00 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_73363732-f62e-4954-94c9-3e3918a6549f.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=BatteryCharger.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:02 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_626f800d-8fb1-4c3b-be57-fcc09b86febd.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=BatteryCharger.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:03 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_ac6b68a8-05c2-46cb-aebb-98aa756fa209.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=BatteryCharger.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=EVBatteryDesign.mlx
The test passed. Duration: 31.5177 seconds
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=HowDoBatteryWork.mlx
The test passed. Duration: 8.4590 seconds
Event:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:42 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_2c04d4dc-3fd6-4570-af28-a474fd87fb64.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=HowDoBatteryWork.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ModelingWithMATLAB.mlx
The test passed. Duration: 6.2391 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:47 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_314d0747-e9cc-4c9a-b2da-f005c3ad1685.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithMATLAB.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:49 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_46bfce9d-9641-4506-8c22-bb7e9289d8f5.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithMATLAB.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:49 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_13e52afd-f6be-479b-8b73-42643fcbe16c.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithMATLAB.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:49 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_cacae65f-1d3b-491e-b235-50a98ddccec1.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithMATLAB.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ModelingWithSimscape.mlx
The test passed. Duration: 7.1540 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:54 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_0f4752b8-d0fc-4002-b2f3-036182a7b879.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithSimscape.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:37:56 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_b47cff6e-da77-4916-bedd-9fa19f855f8f.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithSimscape.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ModelingWithSimulink.mlx
The test passed. Duration: 5.6623 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:00 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_26a0e004-50d5-4064-a351-5db7015b723e.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithSimulink.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:01 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_1ff19896-5fb2-4654-b70e-c510991f7960.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithSimulink.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=StateOfCharge.mlx
The test passed. Duration: 2.9929 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:04 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_0a4c0314-fd76-4abc-a560-81098d08f34e.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=StateOfCharge.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:05 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_6231bc23-22d7-4ad1-a528-6889a671aae8.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=StateOfCharge.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ThermalModeling.mlx
The test passed. Duration: 2.4096 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:06 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_4675ee25-9b4e-45cf-84bf-65f43bc6a9da.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ThermalModeling.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:07 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_a3246ade-e2ae-43e8-a1d6-fe38abe490e0.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ThermalModeling.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:08 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_7bf1c8d1-0c52-462c-890a-d9fbb9272094.png
Event Location: SmokeTests[Project=matlab.project.Project]/SmokeRun(File=ThermalModeling.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SmokeTests.m (SmokeTests.SmokeRun) at 73 |
(Overview)
SolnSmokeTests
ExistSolns
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=BatteryCharger.mlx
The test passed. Duration: 0.0977 seconds
(Overview)
ExistSolns
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=EVBatteryDesign.mlx
The test passed. Duration: 0.0004 seconds
(Overview)
ExistSolns
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=HowDoBatteryWork.mlx
The test passed. Duration: 0.0003 seconds
(Overview)
ExistSolns
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ModelingWithMATLAB.mlx
The test passed. Duration: 0.0003 seconds
(Overview)
ExistSolns
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ModelingWithSimscape.mlx
The test passed. Duration: 0.0008 seconds
(Overview)
ExistSolns
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ModelingWithSimulink.mlx
The test passed. Duration: 0.0002 seconds
(Overview)
ExistSolns
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=StateOfCharge.mlx
The test passed. Duration: 0.0002 seconds
(Overview)
ExistSolns
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ThermalModeling.mlx
The test passed. Duration: 0.0002 seconds
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=BatteryCharger.mlx
The test passed. Duration: 1.7831 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:09 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_3b799c68-cbee-41e1-b4fd-b0a135fd8194.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=BatteryCharger.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:09 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_68543f81-57d1-4b83-9a97-8b75d9365fd6.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=BatteryCharger.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:10 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_3e2a77aa-bb4f-436a-8ec0-9115af1d2cd9.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=BatteryCharger.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=EVBatteryDesign.mlx
The test passed. Duration: 10.5891 seconds
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=HowDoBatteryWork.mlx
The test passed. Duration: 2.7505 seconds
Event:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:23 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_fb8f3025-6fc9-4c44-bed9-6a1a7f1cca16.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=HowDoBatteryWork.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ModelingWithMATLAB.mlx
The test passed. Duration: 7.3234 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:29 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_54f6cdc1-a1b6-487e-80e1-3f3e90170a06.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithMATLAB.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:30 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_91f959bb-09cf-48a0-97a5-b08c7fbc3bbb.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithMATLAB.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:30 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_e0919f4d-9c04-4d79-8ecc-5d1780bceb97.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithMATLAB.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:30 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_07ae04f4-ca77-445b-a901-5b5794c476e8.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithMATLAB.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ModelingWithSimscape.mlx
The test passed. Duration: 5.0436 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:34 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_9ea9ee98-c07e-4a3d-bdab-55f90da9b900.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithSimscape.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:34 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_f073c310-2833-486c-88cb-55df9c1124f1.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithSimscape.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ModelingWithSimulink.mlx
The test passed. Duration: 4.7257 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:39 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_1efe3378-b894-48bf-8ca0-c56c525b6147.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithSimulink.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:39 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_caebafff-f3a8-49dc-85d7-d994dd2a7682.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ModelingWithSimulink.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=StateOfCharge.mlx
The test passed. Duration: 3.9871 seconds
Events:
Diagnostic logged.
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Timestamp: 14-Nov-2024 17:38:44 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_2577fb1c-2bc4-4357-8f7a-11c4bc7f4dbc.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=StateOfCharge.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
|
Timestamp: 14-Nov-2024 17:38:44 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_ee4609e9-52ac-42a4-bb1a-5e2fc0a92a70.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=StateOfCharge.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
(Overview)
SmokeRun
Class Setup Parameters: Project=matlab.project.Project
Test Parameters: File=ThermalModeling.mlx
The test passed. Duration: 1.6675 seconds
Events:
Diagnostic logged.
|
Timestamp: 14-Nov-2024 17:38:45 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_618fa10c-cc48-4134-b584-639424654d8f.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ThermalModeling.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
|
Timestamp: 14-Nov-2024 17:38:46 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_5d7f6942-e906-4224-a3eb-08cf2acc4d90.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ThermalModeling.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
Diagnostic logged.
|
Timestamp: 14-Nov-2024 17:38:46 Verbosity: Terse Logged Diagnostic: Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_6825e825-0eff-4962-95b8-d3b20e6128ba.png
Event Location: SolnSmokeTests[Project=matlab.project.Project]/SmokeRun(File=ThermalModeling.mlx) Stack: In /home/runner/work/Battery-Systems/Battery-Systems/SoftwareTests/SolnSmokeTests.m (SolnSmokeTests.SmokeRun) at 89 |
(Overview)
Command Window Text
Running SmokeTests >> Running BatteryCharger.mlx LiIon = struct with fields: Characteristic: [101x16 table] Height: 65.1000 Diameter: 18.2400 Weight: 46.5000 Capacity: 2.8000 Shape: "Cylindrical" ThermalMass: 43.2000 Rpol: 0.0200 Cpol: 10 Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 ChargingCurrent = 1 SoC0 = 0.3000 Crate = 0 [Warning: The C-rate can be compute as current (Amp) divided by capacity (Amp.hr).] [> In BatteryCharger>CheckCrate (line 165) In BatteryCharger (line 13) In run (line 112) In SmokeTests/SmokeRun (line 57)] Ts = 1 [Warning: The update of SoC should be identical to the mathematical formula above.] [> In BatteryCharger>CheckSoCUpdate (line 177) In BatteryCharger (line 27) In run (line 112) In SmokeTests/SmokeRun (line 57)] ChargingVoltage = 0 [Warning: The current should be identical to the mathematical formula above.] [> In BatteryCharger>CheckComputeCurrent (line 188) In BatteryCharger (line 80) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Terse] Diagnostic logged (2024-11-14 17:37:00): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_73363732-f62e-4954-94c9-3e3918a6549f.png [Terse] Diagnostic logged (2024-11-14 17:37:02): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_626f800d-8fb1-4c3b-be57-fcc09b86febd.png [Terse] Diagnostic logged (2024-11-14 17:37:03): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_ac6b68a8-05c2-46cb-aebb-98aa756fa209.png .>> Running EVBatteryDesign.mlx [Warning: You cannot have the same step twice.] [> In EVBatteryDesign>CheckDesignProcess (line 406) In EVBatteryDesign (line 1) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Please select condition different than Speed = 0 and Power = 0] [> In EVBatteryDesign (line 18) In run (line 112) In SmokeTests/SmokeRun (line 57)] PowerCharacteristic = 1x2 table Speed Power _____ _____ 0 0 [Warning: You should have at least four data points in the table.] [> In EVBatteryDesign (line 50) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Click the Fit button above before to check the fit.] [> In EVBatteryDesign (line 81) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Remember that speed = distance / time.] [> In EVBatteryDesign (line 90) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Remember that speed = distance / time.] [> In EVBatteryDesign (line 101) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Make sure to generate a fit by clicking the Fit button in the previous section.] [> In EVBatteryDesign (line 124) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: You need to compute the transit time for the first half of the commute in the previous section before to run this section.] [> In EVBatteryDesign (line 155) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: You need to compute the transit time for the second half of the commute in the previous section before to run this section.] [> In EVBatteryDesign (line 168) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: You need to complete the previous sections before to attempt this exercise.] [> In EVBatteryDesign (line 177) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Your maximum speed is wrong, be sure to change the unit to km/h.] [> In EVBatteryDesign (line 188) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Your distance traveled is wrong, be sure to change the unit to km.] [> In EVBatteryDesign (line 193) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Please, select one of the possible answer.] [> In EVBatteryDesign (line 202) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: With 1 cell(s), you will not cover the whole motor voltage rating (18V).] [> In EVBatteryDesign (line 219) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The total energy should be NumCell * Voltage * Capacity.] [> In EVBatteryDesign (line 230) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Based on our previous calculation, one battery assembly will not be enough.] [> In EVBatteryDesign (line 236) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Without changing any of the parameter, the max speed should be different. Make sure to enter your answer in km/h.] [> In EVBatteryDesign (line 254) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Without changing any of the parameter, the traveled distance should be different. Make sure to enter your answer in km.] [> In EVBatteryDesign (line 260) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Please, pick one of the options in the drop-down.] [> In EVBatteryDesign (line 267) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: You are missing some of the parameters that will impact the capacity of the battery.] [> In EVBatteryDesign (line 283) In run (line 112) In SmokeTests/SmokeRun (line 57)] The temperature is set to 20 degC. The temperature is set to 20 degC. [Warning: Make sure use the live control above to change the temperature.] [> In EVBatteryDesign (line 314) In run (line 112) In SmokeTests/SmokeRun (line 57)] The initial state of charge is set to 100 %. The initial state of charge is set to 100 %. [Warning: Make sure button above to set the inital charge to 80 %.] [> In EVBatteryDesign (line 343) In run (line 112) In SmokeTests/SmokeRun (line 57)] SOC0 = 1.0000 1.0000 0.5000 0.5000 1.0000 1.0000 1.0000 0.5000 0.5000 0.5000 0.5000 1.0000 1.0000 1.0000 1.0000 [Warning: Make sure to set the temperature to -18 degC and to set the charge imbalance with the button above.] [> In EVBatteryDesign (line 366) In run (line 112) In SmokeTests/SmokeRun (line 57)] .>> Running HowDoBatteryWork.mlx [Warning: Please select a valid answer.] [> In HowDoBatteryWork (line 17) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Please select a valid answer.] [> In HowDoBatteryWork (line 29) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Terse] Diagnostic logged (2024-11-14 17:37:42): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_2c04d4dc-3fd6-4570-af28-a474fd87fb64.png .>> Running ModelingWithMATLAB.mlx [Warning: Please select either Simulink Model or Experiment] [> In ModelingWithMATLAB>ExperimentChoice (line 190) In ModelingWithMATLAB (line 1) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Please select one of the possible answer.] [> In ModelingWithMATLAB>CheckExperimentResult (line 203) In ModelingWithMATLAB (line 2) In run (line 112) In SmokeTests/SmokeRun (line 57)] Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 [Warning: The OCV is in the battery characterstics.] [> In ModelingWithMATLAB>ParameterCheck (line 120) In ModelingWithMATLAB (line 16) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The IR is in the battery characterstics.] [> In ModelingWithMATLAB>ParameterCheck (line 124) In ModelingWithMATLAB (line 16) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The SoC is known.] [> In ModelingWithMATLAB>ParameterCheck (line 128) In ModelingWithMATLAB (line 16) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The capacity is in the battery characterstics.] [> In ModelingWithMATLAB>ParameterCheck (line 136) In ModelingWithMATLAB (line 16) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are considering a constant voltage. Please check and make necessary changes.] [> In ModelingWithMATLAB>AssumptionCheck (line 166) In ModelingWithMATLAB (line 25) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are considering a constant internal resistance. Please check and make necessary changes.] [> In ModelingWithMATLAB>AssumptionCheck (line 169) In ModelingWithMATLAB (line 25) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are considering instantaneous response. Please check and make necessary changes.] [> In ModelingWithMATLAB>AssumptionCheck (line 172) In ModelingWithMATLAB (line 25) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are not modeling the thermal effect. Please check and make necessary changes.] [> In ModelingWithMATLAB>AssumptionCheck (line 175) In ModelingWithMATLAB (line 25) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are not modeling the electrochemical dynamic. Please check and make necessary changes.] [> In ModelingWithMATLAB>AssumptionCheck (line 178) In ModelingWithMATLAB (line 25) In run (line 112) In SmokeTests/SmokeRun (line 57)] OCV = 3.6189 (V) Internal Resistance = 0.077747 (Ω) V1(t) = 0 [Warning: V1(t) should be equal to IR*i(t).] [> In ModelingWithMATLAB>CheckIRMod1 (line 219) In ModelingWithMATLAB (line 50) In run (line 112) In SmokeTests/SmokeRun (line 57)] TerminalVoltage = 0 [Warning: The terminal voltage should be equal to OCV-V1.] [> In ModelingWithMATLAB>CheckTerminalVoltage (line 229) In ModelingWithMATLAB (line 53) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: There is probably a simpler component that could be used here.] [> In ModelingWithMATLAB>CheckExercise6 (line 260) In ModelingWithMATLAB (line 60) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The resistance should be voltage (0.02 V) divided by current (1 A).] [> In ModelingWithMATLAB>CheckRpol (line 238) In ModelingWithMATLAB (line 64) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The resistance should be time constant (200 ms) divided by resistance (0.02 Ohm).] [> In ModelingWithMATLAB>CheckCpol (line 246) In ModelingWithMATLAB (line 68) In run (line 112) In SmokeTests/SmokeRun (line 57)] ODE(t) = diff(Vpol(t), t) == rectangularPulse(2, 5, t) - Vpol(t) Vpol(t) = -exp(-t)*(heaviside(t - 2)*(exp(2) - exp(t)) - heaviside(t - 5)*(exp(5) - exp(t))) TerminalVoltage = 0 [Terse] Diagnostic logged (2024-11-14 17:37:47): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_314d0747-e9cc-4c9a-b2da-f005c3ad1685.png [Terse] Diagnostic logged (2024-11-14 17:37:49): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_46bfce9d-9641-4506-8c22-bb7e9289d8f5.png [Terse] Diagnostic logged (2024-11-14 17:37:49): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_13e52afd-f6be-479b-8b73-42643fcbe16c.png [Terse] Diagnostic logged (2024-11-14 17:37:49): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_cacae65f-1d3b-491e-b235-50a98ddccec1.png .>> Running ModelingWithSimscape.mlx [Warning: Please select either Simulink Model or Experiment] [> In ModelingWithSimscape>ExperimentChoice (line 261) In ModelingWithSimscape (line 1) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Please select one of the possible answer.] [> In ModelingWithSimscape (line 5) In run (line 112) In SmokeTests/SmokeRun (line 57)] Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 [Warning: The OCV is in the battery characterstics.] [> In ModelingWithSimscape>ParameterCheck (line 191) In ModelingWithSimscape (line 26) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The IR is in the battery characterstics.] [> In ModelingWithSimscape>ParameterCheck (line 195) In ModelingWithSimscape (line 26) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The SoC is known.] [> In ModelingWithSimscape>ParameterCheck (line 199) In ModelingWithSimscape (line 26) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The capacity is in the battery characterstics.] [> In ModelingWithSimscape>ParameterCheck (line 207) In ModelingWithSimscape (line 26) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are considering a constant voltage. Please check and make necessary changes.] [> In ModelingWithSimscape>AssumptionCheck (line 237) In ModelingWithSimscape (line 34) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are considering a constant internal resistance. Please check and make necessary changes.] [> In ModelingWithSimscape>AssumptionCheck (line 240) In ModelingWithSimscape (line 34) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are considering instantaneous response. Please check and make necessary changes.] [> In ModelingWithSimscape>AssumptionCheck (line 243) In ModelingWithSimscape (line 34) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are not modeling the thermal effect. Please check and make necessary changes.] [> In ModelingWithSimscape>AssumptionCheck (line 246) In ModelingWithSimscape (line 34) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are not modeling the electrochemical dynamic. Please check and make necessary changes.] [> In ModelingWithSimscape>AssumptionCheck (line 249) In ModelingWithSimscape (line 34) In run (line 112) In SmokeTests/SmokeRun (line 57)] OCV = 3.6189 (V) Internal Resistance = 0.077747 (Ω) i = i [Warning: Can not find a block name OCV] [> In ModelingWithSimscape (line 71) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Can not find a block name R0] [> In ModelingWithSimscape (line 83) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Can not find a block named Load] [> In ModelingWithSimscape (line 95) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Can not find the Voltage Sensor] [> In ModelingWithSimscape (line 131) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: There is probably a simpler component that could be used here.] [> In ModelingWithSimscape (line 145) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The resistance should be voltage (0.02 V) divided by current (1 A).] [> In ModelingWithSimscape (line 151) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The resistance should be time constant (200 ms) divided by resistance (0.02 Ohm).] [> In ModelingWithSimscape (line 157) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The resistance in the Rdyn block should be set to 0.2 Ohm.] [> In ModelingWithSimscape (line 166) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The capacitance in the Cdyn block should be set to 1 F.] [> In ModelingWithSimscape (line 171) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Terse] Diagnostic logged (2024-11-14 17:37:54): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_0f4752b8-d0fc-4002-b2f3-036182a7b879.png [Terse] Diagnostic logged (2024-11-14 17:37:56): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_b47cff6e-da77-4916-bedd-9fa19f855f8f.png .>> Running ModelingWithSimulink.mlx [Warning: Please select either Simulink Model or Experiment] [> In ModelingWithSimulink>ExperimentChoice (line 265) In ModelingWithSimulink (line 1) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Please select one of the possible answer.] [> In ModelingWithSimulink>CheckExperimentResult (line 7) In ModelingWithSimulink (line 2) In run (line 112) In SmokeTests/SmokeRun (line 57)] Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 [Warning: The OCV is in the battery characterstics.] [> In ModelingWithSimulink>ParameterCheck (line 195) In ModelingWithSimulink (line 29) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The IR is in the battery characterstics.] [> In ModelingWithSimulink>ParameterCheck (line 199) In ModelingWithSimulink (line 29) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The SoC is known.] [> In ModelingWithSimulink>ParameterCheck (line 203) In ModelingWithSimulink (line 29) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The capacity is in the battery characterstics.] [> In ModelingWithSimulink>ParameterCheck (line 211) In ModelingWithSimulink (line 29) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are considering a constant voltage. Please check and make necessary changes.] [> In ModelingWithSimulink>AssumptionCheck (line 241) In ModelingWithSimulink (line 37) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are considering a constant internal resistance. Please check and make necessary changes.] [> In ModelingWithSimulink>AssumptionCheck (line 244) In ModelingWithSimulink (line 37) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are considering instantaneous response. Please check and make necessary changes.] [> In ModelingWithSimulink>AssumptionCheck (line 247) In ModelingWithSimulink (line 37) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are not modeling the thermal effect. Please check and make necessary changes.] [> In ModelingWithSimulink>AssumptionCheck (line 250) In ModelingWithSimulink (line 37) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: We are not modeling the electrochemical dynamic. Please check and make necessary changes.] [> In ModelingWithSimulink>AssumptionCheck (line 253) In ModelingWithSimulink (line 37) In run (line 112) In SmokeTests/SmokeRun (line 57)] OCV = 3.6189 (V) Internal Resistance = 0.077747 (Ω) i = i [Warning: Can not find a block name OCV] [> In ModelingWithSimulink (line 65) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Can not find a block name R0] [> In ModelingWithSimulink (line 77) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Can not find a block name i(t)] [> In ModelingWithSimulink (line 94) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Can not find a product block] [> In ModelingWithSimulink (line 125) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Can not find subtract block] [> In ModelingWithSimulink (line 132) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Can not find Scope block] [> In ModelingWithSimulink (line 139) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: There is probably a simpler component that could be used here.] [> In ModelingWithSimulink (line 152) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: You need the operation to be (*) for the input representing i(t) and (/) for the input representing Cpol.] [> In ModelingWithSimulink (line 167) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: You need the operation to be (*) for the input representing i(t) and (Vpol), and (/) for the input representing Rpol.] [> In ModelingWithSimulink (line 178) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Terse] Diagnostic logged (2024-11-14 17:38:00): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_26a0e004-50d5-4064-a351-5db7015b723e.png [Terse] Diagnostic logged (2024-11-14 17:38:01): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_1ff19896-5fb2-4654-b70e-c510991f7960.png .>> Running StateOfCharge.mlx Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 [Warning: The function implementation should be an exact copy of the mathematical equation (2).] [> In StateOfCharge>CheckUpdateCoulomb (line 207) In StateOfCharge (line 37) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: SoC(k) should be replaced with SoC(k-1) in order to update the state of charge based on its previous value.] [> In StateOfCharge>CheckCoulombCounting (line 215) In StateOfCharge (line 62) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The temperature can be measured while the battery is operating.] [> In StateOfCharge>CheckMeasurable (line 233) In StateOfCharge (line 63) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The voltage can be measured while the battery is operating.] [> In StateOfCharge>CheckMeasurable (line 237) In StateOfCharge (line 63) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The current can be measured while the battery is operating.] [> In StateOfCharge>CheckMeasurable (line 249) In StateOfCharge (line 63) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The implementation of the prediction should be identical to the mathematical relation above.] [> In StateOfCharge>CheckPredictKalman (line 297) In StateOfCharge (line 108) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: The implementation of the prediction should be identical to the mathematical relation above.] [> In StateOfCharge>CheckPredictCovariance (line 277) In StateOfCharge (line 119) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Terse] Diagnostic logged (2024-11-14 17:38:04): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_0a4c0314-fd76-4abc-a560-81098d08f34e.png [Terse] Diagnostic logged (2024-11-14 17:38:05): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_6231bc23-22d7-4ad1-a528-6889a671aae8.png .>> Running ThermalModeling.mlx [Warning: Please, select one of the answer.] [> In ThermalModeling>CheckExercise1 (line 110) In ThermalModeling (line 1) In run (line 112) In SmokeTests/SmokeRun (line 57)] LiIon = struct with fields: Characteristic: [101x16 table] Height: 65.1000 Diameter: 18.2400 Weight: 46.5000 Capacity: 2.8000 Shape: "Cylindrical" ThermalMass: 43.2000 Rpol: 0.0200 Cpol: 10 Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 [Warning: Please select an answer.] [> In ThermalModeling>CheckJouleHeating (line 121) In ThermalModeling (line 12) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Warning: Your implementation of the temperature update is incorrect. Please try again.] [> In ThermalModeling>CheckUpdateWithoutCooling (line 251) In ThermalModeling (line 21) In run (line 112) In SmokeTests/SmokeRun (line 57)] Yes, you could use natural convection with the following formula: Q_loss == h*S*(T - T_ambient) with: - h the natural convection heat transfer coefficient - S the outer surface of the battery cell - T the battery temperature - T ambient the ambient temperature For natural convection you can use: h = 1 W/(m2*K) T_ambient = 20 C S = 0.004 m^2 [Warning: Your implementation of ComputeHeatLoss is not consistant with your choice of natural convection cooling.] [> In ThermalModeling>CheckComputeHeatLoss (line 232) In ThermalModeling (line 58) In run (line 112) In SmokeTests/SmokeRun (line 57)] [Terse] Diagnostic logged (2024-11-14 17:38:06): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_4675ee25-9b4e-45cf-84bf-65f43bc6a9da.png [Terse] Diagnostic logged (2024-11-14 17:38:07): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_a3246ade-e2ae-43e8-a1d6-fe38abe490e0.png [Terse] Diagnostic logged (2024-11-14 17:38:08): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_7bf1c8d1-0c52-462c-890a-d9fbb9272094.png . Done SmokeTests __________ Running SolnSmokeTests ........>> Running BatteryChargerSoln.mlx LiIon = struct with fields: Characteristic: [101x16 table] Height: 65.1000 Diameter: 18.2400 Weight: 46.5000 Capacity: 2.8000 Shape: "Cylindrical" ThermalMass: 43.2000 Rpol: 0.0200 Cpol: 10 Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 ChargingCurrent = 5 SoC0 = 0.3000 Crate = 1.7857 Good job! You computed the C-rate correctly. Ts = 1 Good job! The SoC update is implemented correctly. ChargingVoltage = 4.2000 Good job! The current is implemented correctly. [Terse] Diagnostic logged (2024-11-14 17:38:09): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_3b799c68-cbee-41e1-b4fd-b0a135fd8194.png [Terse] Diagnostic logged (2024-11-14 17:38:09): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_68543f81-57d1-4b83-9a97-8b75d9365fd6.png [Terse] Diagnostic logged (2024-11-14 17:38:10): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_3e2a77aa-bb4f-436a-8ec0-9115af1d2cd9.png .>> Running EVBatteryDesignSoln.mlx Good job! You got the design process right PowerCharacteristic = 2x2 table Speed Power _____ _____ 0 0 25 246.7 [Warning: You should have at least four data points in the table.] [> In EVBatteryDesignSoln (line 46) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Click the Fit button above before to check the fit.] [> In EVBatteryDesignSoln (line 78) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] Right! The travel time for the first half of the commute would be 450 seconds. Right! The travel time for the second half of the commute would be 450 seconds. [Warning: Make sure to generate a fit by clicking the Fit button in the previous section.] [> In EVBatteryDesignSoln (line 122) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: You need to compute the transit time for the first half of the commute in the previous section before to run this section.] [> In EVBatteryDesignSoln (line 159) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: You need to compute the transit time for the second half of the commute in the previous section before to run this section.] [> In EVBatteryDesignSoln (line 172) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: You need to complete the previous sections before to attempt this exercise.] [> In EVBatteryDesignSoln (line 181) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] Good job! You found the right maximum speed and distance traveled. Yes! Adding battery in series increase the global voltage drop accross the battery pack. Good job! You need 5 cells in series to provide up to 18V to the DC motor. Good job! Each assembly is able to store 48.6 Wh. Good job! Two assemblye of 48.6 Wh should cover all of our energy requirement. Yes! The current design does not cover the full length of the commute (10 km), we would have to add an assembly in parallel. Good job! You identified all of the parameters. The temperature is set to 20 degC. The temperature is set to -18 degC. Good job! The range and maximum velocity decrease with the temperature. The initial state of charge is set to 100 %. The initial state of charge is set to 80 %. Good job! With an initial charge of 80% we covered 77% of the distance covered with 100% charge. SOC0 = 1.0000 1.0000 0.5000 0.5000 1.0000 1.0000 1.0000 0.5000 0.5000 0.5000 0.5000 1.0000 1.0000 1.0000 1.0000 Good job! With the same condition of temperature and overall charge, the distance and speed was greatly reduced with an imbalanced charge. . >> Running HowDoBatteryWorkSoln.mlx [Warning: Please select a valid answer.] [> In HowDoBatteryWorkSoln (line 17) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Please select a valid answer.] [> In HowDoBatteryWorkSoln (line 29) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Terse] Diagnostic logged (2024-11-14 17:38:23): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_fb8f3025-6fc9-4c44-bed9-6a1a7f1cca16.png .>> Running ModelingWithMATLABSoln.mlx Good job! The terminal voltage across the battery decreases when a load is applied. Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 Good job! You have identified that all of those assumptions are being made. OCV = 3.6189 (V) Internal Resistance = 0.077747 (Ω) V1(t) = (1400573110413091*rectangularPulse(2, 5, t))/18014398509481984 Good job! You defined the voltage across the internal resistance correctly. TerminalVoltage = 8149035670339825/2251799813685248 - (1400573110413091*rectangularPulse(2, 5, t))/18014398509481984 Good job! You defined the terminal voltage correctly. Good job! The capacitor will add a time component to the model, and keep the model really simple. Good job! You computed the resistance in the RC circuit correctly. Good job! You computed the capacitor value in the RC circuit correctly. ODE(t) = diff(Vpol(t), t) == rectangularPulse(2, 5, t)/10 - 5*Vpol(t) Vpol(t) = exp(-5*t)*(heaviside(t - 2)*(exp(5*t)/50 - exp(10)/50) - heaviside(t - 5)*(exp(5*t)/50 - exp(25)/50)) TerminalVoltage(t) = 8149035670339825/2251799813685248 - (1400573110413091*rectangularPulse(2, 5, t))/18014398509481984 - exp(-5*t)*(heaviside(t - 2)*(exp(5*t)/50 - exp(10)/50) - heaviside(t - 5)*(exp(5*t)/50 - exp(25)/50)) [Terse] Diagnostic logged (2024-11-14 17:38:29): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_54f6cdc1-a1b6-487e-80e1-3f3e90170a06.png [Terse] Diagnostic logged (2024-11-14 17:38:30): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_91f959bb-09cf-48a0-97a5-b08c7fbc3bbb.png [Terse] Diagnostic logged (2024-11-14 17:38:30): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_e0919f4d-9c04-4d79-8ecc-5d1780bceb97.png [Terse] Diagnostic logged (2024-11-14 17:38:30): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_07ae04f4-ca77-445b-a901-5b5794c476e8.png .>> Running ModelingWithSimscapeSoln.mlx [Warning: Please select either Simulink Model or Experiment] [> In ModelingWithSimscapeSoln>ExperimentChoice (line 252) In ModelingWithSimscapeSoln (line 1) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] Good job! The voltage across the battery decreases when a load is applied. Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 Good job! You identified all of the known parameters. Good job! You have identified that all of those assumptions are being made. OCV = 3.6189 (V) Internal Resistance = 0.077747 (Ω) i = i [Warning: Can not find a block name OCV] [> In ModelingWithSimscapeSoln (line 71) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Can not find a block name R0] [> In ModelingWithSimscapeSoln (line 83) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Can not find a block named Load] [> In ModelingWithSimscapeSoln (line 95) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Can not find the Voltage Sensor] [> In ModelingWithSimscapeSoln (line 131) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] Good job! The capacitor will add a time component to the model, and keep the model really simple. Good job! You computed the resistance in the RC circuit correctly. Good job! You computed the capacitor value in the RC circuit correctly. [Warning: The resistance in the Rdyn block should be set to 0.2 Ohm.] [> In ModelingWithSimscapeSoln (line 166) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: The capacitance in the Cdyn block should be set to 1 F.] [> In ModelingWithSimscapeSoln (line 171) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Terse] Diagnostic logged (2024-11-14 17:38:34): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_9ea9ee98-c07e-4a3d-bdab-55f90da9b900.png [Terse] Diagnostic logged (2024-11-14 17:38:34): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_f073c310-2833-486c-88cb-55df9c1124f1.png .>> Running ModelingWithSimulinkSoln.mlx [Warning: Please select either Simulink Model or Experiment] [> In ModelingWithSimulinkSoln>ExperimentChoice (line 265) In ModelingWithSimulinkSoln (line 1) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] Good job! The terminal voltage across the battery decreases when a load is applied. Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 Good job! You identified all of the known parameters. Good job! You have identified that all of those assumptions are being made. OCV = 3.6189 (V) Internal Resistance = 0.077747 (Ω) i = i [Warning: Can not find a block name OCV] [> In ModelingWithSimulinkSoln (line 65) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Can not find a block name R0] [> In ModelingWithSimulinkSoln (line 77) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Can not find a block name i(t)] [> In ModelingWithSimulinkSoln (line 94) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Can not find a product block] [> In ModelingWithSimulinkSoln (line 125) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Can not find subtract block] [> In ModelingWithSimulinkSoln (line 132) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: Can not find Scope block] [> In ModelingWithSimulinkSoln (line 139) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] Good job! The capacitor will add a time component to the model, and keep the model really simple. [Warning: You need the operation to be (*) for the input representing i(t) and (/) for the input representing Cpol.] [> In ModelingWithSimulinkSoln (line 167) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: You need the operation to be (*) for the input representing i(t) and (Vpol), and (/) for the input representing Rpol.] [> In ModelingWithSimulinkSoln (line 178) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Terse] Diagnostic logged (2024-11-14 17:38:39): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_1efe3378-b894-48bf-8ca0-c56c525b6147.png [Terse] Diagnostic logged (2024-11-14 17:38:39): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_caebafff-f3a8-49dc-85d7-d994dd2a7682.png .>> Running StateOfChargeSoln.mlx Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 [Warning: The function implementation should be an exact copy of the mathematical equation (2).] [> In StateOfChargeSoln>CheckUpdateCoulomb (line 203) In StateOfChargeSoln (line 37) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Warning: SoC(k) should be replaced with SoC(k-1) in order to update the state of charge based on its previous value.] [> In StateOfChargeSoln>CheckCoulombCounting (line 211) In StateOfChargeSoln (line 62) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] Good job! The easiest metrics to measure while a battery is operating are its temperature, voltage and current. Good job! You define the prediction step correctly. [Warning: The implementation of the prediction should be identical to the mathematical relation above.] [> In StateOfChargeSoln>CheckPredictCovariance (line 273) In StateOfChargeSoln (line 116) In run (line 112) In SolnSmokeTests/SmokeRun (line 73)] [Terse] Diagnostic logged (2024-11-14 17:38:44): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_2577fb1c-2bc4-4357-8f7a-11c4bc7f4dbc.png [Terse] Diagnostic logged (2024-11-14 17:38:44): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_ee4609e9-52ac-42a4-bb1a-5e2fc0a92a70.png .>> Running ThermalModelingSoln.mlx You are right, resistor are known to generate heat when current is applied to them. LiIon = struct with fields: Characteristic: [101x16 table] Height: 65.1000 Diameter: 18.2400 Weight: 46.5000 Capacity: 2.8000 Shape: "Cylindrical" ThermalMass: 43.2000 Rpol: 0.0200 Cpol: 10 Datasheet = 101x16 table SoC OCV R0 OCV_20b OCV_10b OCV_0 OCV_25 OCV_40 OCV_60 R0_20b R0_10b R0_0 R0_25 R0_40 R0_60 dOCV ____ ______ _______ _______ _______ ______ ______ ______ ______ _______ _______ _______ _______ _______ _______ ______ 0 2.5496 0.14748 2.5496 2.5496 2.5496 2.5496 2.5496 2.5496 0.1734 0.20319 0.19851 0.14748 0.03053 0.016 17.318 0.01 2.7228 0.16286 2.7228 2.7228 2.7228 2.7228 2.7228 2.7228 0.21442 0.23723 0.22516 0.16286 0.04129 0.02178 14.066 0.02 2.8309 0.15506 2.8309 2.8309 2.8309 2.8309 2.8309 2.8309 0.23541 0.25125 0.2318 0.15506 0.04618 0.02979 9.0305 0.03 2.9034 0.13564 2.9034 2.9034 2.9034 2.9034 2.9034 2.9034 0.24544 0.2543 0.22746 0.13564 0.04939 0.03445 5.921 0.04 2.9493 0.11292 2.9493 2.9493 2.9493 2.9493 2.9493 2.9493 0.2473 0.24919 0.21495 0.11292 0.04751 0.03371 4.615 0.05 2.9957 0.10209 2.9957 2.9957 2.9957 2.9957 2.9957 2.9957 0.24929 0.2442 0.20258 0.10209 0.04808 0.03636 4.675 0.06 3.0428 0.09565 3.0428 3.0428 3.0428 3.0428 3.0428 3.0428 0.25152 0.23946 0.19045 0.09565 0.05088 0.04005 4.6625 0.07 3.0889 0.09242 3.0889 3.0889 3.0889 3.0889 3.0889 3.0889 0.25344 0.23439 0.178 0.09242 0.05474 0.04474 4.4775 0.08 3.1324 0.09015 3.1324 3.1324 3.1324 3.1324 3.1324 3.1324 0.25453 0.22851 0.16729 0.09015 0.05769 0.04873 4.2935 0.09 3.1748 0.08876 3.1748 3.1748 3.1748 3.1748 3.1748 3.1748 0.25531 0.22232 0.16072 0.08876 0.05999 0.05213 4.012 0.1 3.2126 0.08936 3.2126 3.2126 3.2126 3.2126 3.2126 3.2126 0.25467 0.21471 0.15552 0.08936 0.06194 0.05413 3.6275 0.11 3.2473 0.08943 3.2473 3.2473 3.2473 3.2473 3.2473 3.2473 0.25309 0.20679 0.1537 0.08943 0.06349 0.05559 3.275 0.12 3.2781 0.08993 3.2781 3.2781 3.2781 3.2781 3.2781 3.2781 0.25028 0.20088 0.15214 0.08993 0.06407 0.05665 2.938 0.13 3.3061 0.0901 3.3061 3.3061 3.3061 3.3061 3.3061 3.3061 0.24662 0.1984 0.15002 0.0901 0.06483 0.05758 2.698 0.14 3.3321 0.0913 3.3321 3.3321 3.3321 3.3321 3.3321 3.3321 0.24234 0.19603 0.14888 0.0913 0.06596 0.05834 2.3685 0.15 3.3535 0.09117 3.3535 3.3535 3.3535 3.3535 3.3535 3.3535 0.23793 0.19226 0.14779 0.09117 0.06647 0.05894 2.083 0.16 3.3737 0.0919 3.3737 3.3737 3.3737 3.3737 3.3737 3.3737 0.23436 0.18814 0.14654 0.0919 0.06701 0.05932 1.865 0.17 3.3908 0.09161 3.3908 3.3908 3.3908 3.3908 3.3908 3.3908 0.23054 0.18645 0.14589 0.09161 0.06696 0.05901 1.5895 0.18 3.4055 0.09109 3.4055 3.4055 3.4055 3.4055 3.4055 3.4055 0.22727 0.18419 0.14479 0.09109 0.06711 0.0597 1.5025 0.19 3.4208 0.09139 3.4208 3.4208 3.4208 3.4208 3.4208 3.4208 0.22549 0.18266 0.14387 0.09139 0.06763 0.06058 1.3255 0.2 3.432 0.09028 3.432 3.432 3.432 3.432 3.432 3.432 0.22245 0.18054 0.14243 0.09028 0.06695 0.06021 1.0435 0.21 3.4417 0.08916 3.4417 3.4417 3.4417 3.4417 3.4417 3.4417 0.21899 0.17794 0.14057 0.08916 0.06622 0.05957 0.8875 0.22 3.4498 0.08754 3.4498 3.4498 3.4498 3.4498 3.4498 3.4498 0.21573 0.17538 0.13864 0.08754 0.06562 0.05877 0.822 0.23 3.4581 0.08684 3.4581 3.4581 3.4581 3.4581 3.4581 3.4581 0.21256 0.17321 0.13679 0.08684 0.0651 0.05805 0.838 0.24 3.4665 0.08616 3.4665 3.4665 3.4665 3.4665 3.4665 3.4665 0.20941 0.17105 0.13527 0.08616 0.0646 0.05735 0.8405 0.25 3.475 0.08548 3.475 3.475 3.475 3.475 3.475 3.475 0.207 0.1691 0.13389 0.08548 0.06422 0.05683 0.802 0.26 3.4826 0.0845 3.4826 3.4826 3.4826 3.4826 3.4826 3.4826 0.20459 0.16694 0.13232 0.0845 0.06377 0.05612 0.733 0.27 3.4896 0.08334 3.4896 3.4896 3.4896 3.4896 3.4896 3.4896 0.202 0.16459 0.13069 0.08334 0.06325 0.05589 0.7035 0.28 3.4966 0.08219 3.4966 3.4966 3.4966 3.4966 3.4966 3.4966 0.19953 0.16248 0.12905 0.08219 0.06306 0.05581 0.7295 0.29 3.5042 0.08142 3.5042 3.5042 3.5042 3.5042 3.5042 3.5042 0.19759 0.16067 0.12778 0.08142 0.06304 0.05567 0.795 0.3 3.5126 0.08122 3.5126 3.5126 3.5126 3.5126 3.5126 3.5126 0.19589 0.15911 0.12693 0.08122 0.06326 0.05565 0.848 0.31 3.5212 0.08111 3.5212 3.5212 3.5212 3.5212 3.5212 3.5212 0.19427 0.15807 0.12615 0.08111 0.06333 0.05572 0.8435 0.32 3.5294 0.08093 3.5294 3.5294 3.5294 3.5294 3.5294 3.5294 0.19254 0.15711 0.12515 0.08093 0.06329 0.05603 0.784 0.33 3.5368 0.08056 3.5368 3.5368 3.5368 3.5368 3.5368 3.5368 0.19064 0.15588 0.1239 0.08056 0.06322 0.05608 0.7395 0.34 3.5442 0.08016 3.5442 3.5442 3.5442 3.5442 3.5442 3.5442 0.18921 0.15464 0.12298 0.08016 0.06323 0.05607 0.731 0.35 3.5515 0.07973 3.5515 3.5515 3.5515 3.5515 3.5515 3.5515 0.18773 0.15337 0.12228 0.07973 0.06334 0.05597 0.7355 0.36 3.5589 0.07949 3.5589 3.5589 3.5589 3.5589 3.5589 3.5589 0.18632 0.15213 0.1216 0.07949 0.06366 0.05594 0.751 0.37 3.5665 0.07936 3.5665 3.5665 3.5665 3.5665 3.5665 3.5665 0.18495 0.15092 0.12086 0.07936 0.06401 0.05589 0.737 0.38 3.5737 0.07909 3.5737 3.5737 3.5737 3.5737 3.5737 3.5737 0.18357 0.14959 0.12001 0.07909 0.06424 0.0557 0.703 0.39 3.5805 0.07879 3.5805 3.5805 3.5805 3.5805 3.5805 3.5805 0.18217 0.14826 0.11902 0.07879 0.06392 0.05541 0.6995 0.4 3.5877 0.07858 3.5877 3.5877 3.5877 3.5877 3.5877 3.5877 0.18084 0.14719 0.11807 0.07858 0.06364 0.0552 0.7055 0.41 3.5947 0.07833 3.5947 3.5947 3.5947 3.5947 3.5947 3.5947 0.17947 0.1461 0.11709 0.07833 0.06363 0.05506 0.6495 0.42 3.6006 0.07771 3.6006 3.6006 3.6006 3.6006 3.6006 3.6006 0.17795 0.14469 0.11602 0.07771 0.0634 0.05468 0.598 0.43 3.6066 0.07707 3.6066 3.6066 3.6066 3.6066 3.6066 3.6066 0.17677 0.14335 0.11498 0.07707 0.06315 0.05435 0.5975 0.44 3.6126 0.07642 3.6126 3.6126 3.6126 3.6126 3.6126 3.6126 0.1756 0.14204 0.11385 0.07642 0.06242 0.0541 0.5955 0.45 3.6185 0.07575 3.6185 3.6185 3.6185 3.6185 3.6185 3.6185 0.17439 0.14072 0.11269 0.07575 0.06167 0.05383 0.593 0.46 3.6244 0.07508 3.6244 3.6244 3.6244 3.6244 3.6244 3.6244 0.17292 0.13939 0.11181 0.07508 0.06092 0.05307 0.5955 0.47 3.6304 0.07428 3.6304 3.6304 3.6304 3.6304 3.6304 3.6304 0.17147 0.13796 0.11099 0.07428 0.0602 0.05213 0.613 0.48 3.6367 0.07341 3.6367 3.6367 3.6367 3.6367 3.6367 3.6367 0.17012 0.13661 0.11009 0.07341 0.05959 0.05149 0.6355 0.49 3.6431 0.07268 3.6431 3.6431 3.6431 3.6431 3.6431 3.6431 0.16885 0.13532 0.10923 0.07268 0.05903 0.05116 0.65 0.5 3.6497 0.0721 3.6497 3.6497 3.6497 3.6497 3.6497 3.6497 0.16789 0.13408 0.1083 0.0721 0.05838 0.05087 0.683 0.51 3.6568 0.07169 3.6568 3.6568 3.6568 3.6568 3.6568 3.6568 0.16709 0.13333 0.10748 0.07169 0.05776 0.0506 0.7135 0.52 3.664 0.07133 3.664 3.664 3.664 3.664 3.664 3.664 0.16632 0.1326 0.10679 0.07133 0.05722 0.05028 0.7255 0.53 3.6713 0.07104 3.6713 3.6713 3.6713 3.6713 3.6713 3.6713 0.16559 0.13192 0.10626 0.07104 0.0569 0.05001 0.749 0.54 3.679 0.07087 3.679 3.679 3.679 3.679 3.679 3.679 0.16496 0.13136 0.10583 0.07087 0.05642 0.04965 0.764 0.55 3.6866 0.07055 3.6866 3.6866 3.6866 3.6866 3.6866 3.6866 0.16433 0.13086 0.10504 0.07055 0.05569 0.04921 0.763 0.56 3.6942 0.07024 3.6942 3.6942 3.6942 3.6942 3.6942 3.6942 0.16368 0.13035 0.10423 0.07024 0.0552 0.04876 0.776 0.57 3.7021 0.07001 3.7021 3.7021 3.7021 3.7021 3.7021 3.7021 0.1631 0.12993 0.10357 0.07001 0.05497 0.0484 0.7885 0.58 3.71 0.06918 3.71 3.71 3.71 3.71 3.71 3.71 0.16252 0.12942 0.103 0.06918 0.05447 0.04795 0.79 0.59 3.7179 0.06824 3.7179 3.7179 3.7179 3.7179 3.7179 3.7179 0.16196 0.1287 0.10243 0.06824 0.05367 0.04727 0.792 0.6 3.7258 0.06729 3.7258 3.7258 3.7258 3.7258 3.7258 3.7258 0.16139 0.12799 0.10188 0.06729 0.05287 0.0466 0.8175 0.61 3.7343 0.06688 3.7343 3.7343 3.7343 3.7343 3.7343 3.7343 0.16098 0.12744 0.1016 0.06688 0.05265 0.04647 0.856 0.62 3.7429 0.06676 3.7429 3.7429 3.7429 3.7429 3.7429 3.7429 0.16101 0.12696 0.10133 0.06676 0.05256 0.04653 0.869 0.63 3.7516 0.06663 3.7516 3.7516 3.7516 3.7516 3.7516 3.7516 0.16107 0.12649 0.10074 0.06663 0.05255 0.04653 0.857 0.64 3.7601 0.06644 3.7601 3.7601 3.7601 3.7601 3.7601 3.7601 0.16106 0.12621 0.10016 0.06644 0.05243 0.04615 0.8225 0.65 3.7681 0.06614 3.7681 3.7681 3.7681 3.7681 3.7681 3.7681 0.16092 0.12587 0.10013 0.06614 0.05212 0.04563 0.8 0.66 3.7761 0.06584 3.7761 3.7761 3.7761 3.7761 3.7761 3.7761 0.16097 0.12554 0.10011 0.06584 0.05156 0.04534 0.801 0.67 3.7841 0.06556 3.7841 3.7841 3.7841 3.7841 3.7841 3.7841 0.16115 0.12521 0.10002 0.06556 0.05092 0.04513 0.8 0.68 3.7921 0.06546 3.7921 3.7921 3.7921 3.7921 3.7921 3.7921 0.16131 0.12516 0.09983 0.06546 0.05098 0.04491 0.782 0.69 3.7997 0.06525 3.7997 3.7997 3.7997 3.7997 3.7997 3.7997 0.16138 0.1251 0.09955 0.06525 0.05111 0.04472 0.751 0.7 3.8071 0.065 3.8071 3.8071 3.8071 3.8071 3.8071 3.8071 0.16135 0.12495 0.09937 0.065 0.05101 0.04453 0.747 0.71 3.8147 0.06492 3.8147 3.8147 3.8147 3.8147 3.8147 3.8147 0.16148 0.12487 0.09927 0.06492 0.05081 0.0444 0.7975 0.72 3.8231 0.06518 3.8231 3.8231 3.8231 3.8231 3.8231 3.8231 0.16198 0.12504 0.09965 0.06518 0.05084 0.04452 0.836 0.73 3.8314 0.06543 3.8314 3.8314 3.8314 3.8314 3.8314 3.8314 0.16249 0.12553 0.10018 0.06543 0.05078 0.04482 0.829 0.74 3.8396 0.06567 3.8396 3.8396 3.8396 3.8396 3.8396 3.8396 0.16295 0.12626 0.10066 0.06567 0.05081 0.04507 0.7545 0.75 3.8465 0.0654 3.8465 3.8465 3.8465 3.8465 3.8465 3.8465 0.16366 0.12658 0.10072 0.0654 0.05102 0.04489 0.6775 0.76 3.8532 0.06507 3.8532 3.8532 3.8532 3.8532 3.8532 3.8532 0.16449 0.12684 0.10073 0.06507 0.05118 0.04464 0.6735 0.77 3.86 0.06475 3.86 3.86 3.86 3.86 3.86 3.86 0.16535 0.12721 0.10078 0.06475 0.05075 0.04441 0.6865 0.78 3.8669 0.0645 3.8669 3.8669 3.8669 3.8669 3.8669 3.8669 0.16626 0.12784 0.10101 0.0645 0.05033 0.04428 0.7035 0.79 3.874 0.06431 3.874 3.874 3.874 3.874 3.874 3.874 0.16723 0.12852 0.10128 0.06431 0.05011 0.04422 0.712 0.8 3.8812 0.06412 3.8812 3.8812 3.8812 3.8812 3.8812 3.8812 0.16855 0.12939 0.10159 0.06412 0.04997 0.04408 0.748 0.81 3.889 0.06422 3.889 3.889 3.889 3.889 3.889 3.889 0.17046 0.13084 0.10231 0.06422 0.05005 0.04406 0.824 0.82 3.8976 0.06463 3.8976 3.8976 3.8976 3.8976 3.8976 3.8976 0.17262 0.13254 0.10328 0.06463 0.05039 0.04428 0.864 0.83 3.9063 0.06503 3.9063 3.9063 3.9063 3.9063 3.9063 3.9063 0.17478 0.13412 0.10425 0.06503 0.0504 0.04437 0.852 0.84 3.9147 0.0651 3.9147 3.9147 3.9147 3.9147 3.9147 3.9147 0.17687 0.13553 0.10516 0.0651 0.04976 0.04391 0.898 0.85 3.9242 0.06525 3.9242 3.9242 3.9242 3.9242 3.9242 3.9242 0.18049 0.13729 0.10641 0.06525 0.04946 0.0438 0.9955 0.86 3.9346 0.06551 3.9346 3.9346 3.9346 3.9346 3.9346 3.9346 0.1846 0.14046 0.10825 0.06551 0.04986 0.04389 1.0355 0.87 3.9449 0.06577 3.9449 3.9449 3.9449 3.9449 3.9449 3.9449 0.18871 0.14382 0.11012 0.06577 0.05023 0.04396 1.0305 0.88 3.9552 0.06603 3.9552 3.9552 3.9552 3.9552 3.9552 3.9552 0.19279 0.1472 0.11197 0.06603 0.05008 0.04408 1.0245 0.89 3.9654 0.06629 3.9654 3.9654 3.9654 3.9654 3.9654 3.9654 0.20019 0.15076 0.11393 0.06629 0.04997 0.04408 1.0265 0.9 3.9757 0.0665 3.9757 3.9757 3.9757 3.9757 3.9757 3.9757 0.2082 0.15435 0.11593 0.0665 0.04984 0.04386 1.0115 0.91 3.9857 0.06632 3.9857 3.9857 3.9857 3.9857 3.9857 3.9857 0.21611 0.1579 0.11788 0.06632 0.04938 0.04314 0.9975 0.92 3.9957 0.06616 3.9957 3.9957 3.9957 3.9957 3.9957 3.9957 0.22405 0.16184 0.12024 0.06616 0.04932 0.04269 1.027 0.93 4.0062 0.06636 4.0062 4.0062 4.0062 4.0062 4.0062 4.0062 0.23214 0.16691 0.12276 0.06636 0.04922 0.04241 1.0535 0.94 4.0168 0.06665 4.0168 4.0168 4.0168 4.0168 4.0168 4.0168 0.24707 0.17212 0.12542 0.06665 0.04914 0.04221 0.9925 0.95 4.0261 0.06648 4.0261 4.0261 4.0261 4.0261 4.0261 4.0261 0.26175 0.17844 0.12783 0.06648 0.04906 0.04199 0.856 0.96 4.0339 0.06536 4.0339 4.0339 4.0339 4.0339 4.0339 4.0339 0.28012 0.18452 0.12978 0.06536 0.04847 0.04171 0.772 0.97 4.0415 0.06416 4.0415 4.0415 4.0415 4.0415 4.0415 4.0415 0.29984 0.19111 0.13155 0.06416 0.04772 0.04113 0.718 0.98 4.0482 0.06143 4.0482 4.0482 4.0482 4.0482 4.0482 4.0482 0.31515 0.19628 0.1326 0.06143 0.0462 0.04002 0.776 0.99 4.057 0.05804 4.057 4.057 4.057 4.057 4.057 4.057 0.33712 0.19886 0.13097 0.05804 0.04439 0.03869 6.984 1 4.1879 0.02838 4.1879 4.1879 4.1879 4.1879 4.1879 4.1879 0.45022 0.10268 0.07717 0.02838 0.06065 0.07318 13.089 Good job! You selected the right answer. Good job! You defined the temperature update correctly. Yes, you could use natural convection with the following formula: Q_loss == h*S*(T - T_ambient) with: - h the natural convection heat transfer coefficient - S the outer surface of the battery cell - T the battery temperature - T ambient the ambient temperature For natural convection you can use: h = 1 W/(m2*K) T_ambient = 20 C S = 0.004 m^2 Good job! You implemented ComputeHeatLoss correcly. [Terse] Diagnostic logged (2024-11-14 17:38:45): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_618fa10c-cc48-4134-b584-639424654d8f.png [Terse] Diagnostic logged (2024-11-14 17:38:46): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_5d7f6942-e906-4224-a3eb-08cf2acc4d90.png [Terse] Diagnostic logged (2024-11-14 17:38:46): Figure saved to: --> /tmp/5536ed55-59b7-4230-96d2-168a02229641/Figure_6825e825-0eff-4962-95b8-d3b20e6128ba.png . Done SolnSmokeTests __________