WOLFRAM SYSTEM MODELER
ParameterValuesRecord of parameter values involved in modeling the battery. |
Wolfram Language
In[1]:=
SystemModel["EducationExamples.ElectricalEngineering.Battery.Components.Interfaces.ParameterValues"]
Out[1]:=
Parameters (92)
| Qnom |
Value: 3960.0 Type: Charge (C) Description: Nominal capacity |
|---|---|
| Tref |
Value: 298.2 Type: Real Description: Reference temperature in K |
| k1 |
Value: -5.738 Type: Real |
| k2 |
Value: 209.9 Type: Real |
| ks1 |
Value: -0.0002046 Type: Real |
| ks2 |
Value: -2.1665 Type: Real |
| ks3 |
Value: 0.00001408 Type: Real |
| ks4 |
Value: 3.065 Type: Real |
| a1 |
Value: -0.5863 Type: Real |
| a2 |
Value: 21.9 Type: Real |
| a3 |
Value: 3.414 Type: Real |
| a4 |
Value: 0.1102 Type: Real |
| a5 |
Value: -0.1718 Type: Real |
| a6 |
Value: 0.008 Type: Real |
| b1d |
Value: 0.1298 Type: Real |
| b2d |
Value: -0.2892 Type: Real |
| b3d |
Value: 0.2273 Type: Real |
| b4d |
Value: -0.07216 Type: Real |
| b5d |
Value: 0.0898 Type: Real |
| c1d |
Value: 0.0108 Type: Real |
| c2d |
Value: 11.03 Type: Real |
| c3d |
Value: 0.01827 Type: Real |
| c4d |
Value: -0.006462 Type: Real |
| d1d |
Value: 169.7 Type: Real |
| d2d |
Value: -1007.0 Type: Real |
| d3d |
Value: 1408.0 Type: Real |
| d4d |
Value: 389.7 Type: Real |
| g1d |
Value: 0.295 Type: Real |
| g2d |
Value: 20.0 Type: Real |
| g3d |
Value: 0.04722 Type: Real |
| g4d |
Value: -0.0242 Type: Real |
| h1d |
Value: 2130000.0 Type: Real |
| h2d |
Value: -6007000.0 Type: Real |
| h3d |
Value: 6271000.0 Type: Real |
| h4d |
Value: -2958000.0 Type: Real |
| h5d |
Value: 599800.0 Type: Real |
| h6d |
Value: -31020.0 Type: Real |
| h7d |
Value: 2232.0 Type: Real |
| b1c |
Value: 0.1369 Type: Real |
| b2c |
Value: -0.2518 Type: Real |
| b3c |
Value: 0.1609 Type: Real |
| b4c |
Value: -0.041 Type: Real |
| b5c |
Value: 0.0821 Type: Real |
| c1c |
Value: 0.0000000005896 Type: Real |
| c2c |
Value: -18.75 Type: Real |
| c3c |
Value: 0.01388 Type: Real |
| d1c |
Value: -10260.0 Type: Real |
| d2c |
Value: 17230.0 Type: Real |
| d3c |
Value: -10130.0 Type: Real |
| d4c |
Value: 2340.0 Type: Real |
| d5c |
Value: 684.9 Type: Real |
| g1c |
Value: 0.000000000000008913 Type: Real |
| g2c |
Value: -32.23 Type: Real |
| g3c |
Value: 0.031 Type: Real |
| g4c |
Value: 0.007473 Type: Real |
| h1c |
Value: -154100.0 Type: Real |
| h2c |
Value: 204200.0 Type: Real |
| h3c |
Value: -4009.0 Type: Real |
| h4c |
Value: -81240.0 Type: Real |
| h5c |
Value: 22830.0 Type: Real |
| h6c |
Value: 7144.0 Type: Real |
| gi1c |
Value: -0.4124 Type: Real |
| gi1d |
Value: 0.6993 Type: Real |
| gi2c |
Value: -1.082 Type: Real |
| gi2d |
Value: -0.6919 Type: Real |
| gi3c |
Value: -0.873 Type: Real |
| gi3d |
Value: 0.2902 Type: Real |
| bt1d |
Value: 0.7613 Type: Real |
| bt2d |
Value: 10.14 Type: Real |
| bt3d |
Value: 260.8 Type: Real |
| ct1d |
Value: -0.0003697 Type: Real |
| ct2d |
Value: 0.0002225 Type: Real |
| dt1d |
Value: -6.58 Type: Real |
| dt2d |
Value: 12.11 Type: Real |
| gt1d |
Value: 0.006718 Type: Real |
| gt2d |
Value: -0.0005967 Type: Real |
| ht1d |
Value: 3128.0 Type: Real |
| ht2d |
Value: -2398.0 Type: Real |
| bt1c |
Value: 0.7192 Type: Real |
| bt2c |
Value: 33.91 Type: Real |
| bt3c |
Value: 199.9 Type: Real |
| ct1c |
Value: 986900000.0 Type: Real |
| ct2c |
Value: -0.1479 Type: Real |
| ct3c |
Value: -0.1178 Type: Real |
| ct4c |
Value: 13.99 Type: Real |
| ct5c |
Value: -0.0001897 Type: Real |
| ct6c |
Value: 0.07054 Type: Real |
| dt1c |
Value: 8.814 Type: Real |
| gt1c |
Value: -0.01344 Type: Real |
| gt2c |
Value: 5.011 Type: Real |
| ht1c |
Value: 0.00002611 Type: Real |
| ht2c |
Value: 0.03541 Type: Real |
Extended by (12)
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ReversibleTemperatureCapacityDamage EducationExamples.ElectricalEngineering.Battery.Components.CapacityLogic Block modeling the reversible temperature dependant capacity damage. |
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EducationExamples.ElectricalEngineering.Battery.Components.CapacityLogic Block containing the logic for the usable capacity. |
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DischargeDepthCapacityDamageStressFactor EducationExamples.ElectricalEngineering.Battery.Components.CapacityLogic Block modeling the discharge depth dependant capacity stress factor. |
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TemperatureCapacityDamageStressFactor EducationExamples.ElectricalEngineering.Battery.Components.CapacityLogic Block modeling the temperature dependant capacity stress factor. |
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EducationExamples.ElectricalEngineering.Battery.Components.CircuitElements Model with long transient capacitance. |
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EducationExamples.ElectricalEngineering.Battery.Components.CircuitElements Model with short transient capacitance. |
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EducationExamples.ElectricalEngineering.Battery.Components.CircuitElements Model with long transient resistance. |
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EducationExamples.ElectricalEngineering.Battery.Components.CircuitElements Model with short transient resistance. |
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EducationExamples.ElectricalEngineering.Battery.Components.CircuitElements Model of resistors in a series. |
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EducationExamples.ElectricalEngineering.Battery.Components.CircuitElements Signal current protected from overcharge. |
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EducationExamples.ElectricalEngineering.Battery.Components.CircuitElements Capacitor with signal controlling the state of health. |
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EducationExamples.ElectricalEngineering.Battery.Components.CircuitElements Voltage in an open circuit. |