Hello, I’m currently using the battery library in Simulink, based on the Shepherd model. When I input the nominal voltage values as specified in the datasheet, I notice that the curve accuracy diminishes after the nominal voltage range. However, when I manually select different points, I obtain a more accurate curve. Which approach is preferable: relying on the nominal voltage values provided in the datasheet or selecting my own points to achieve a more accurate representation of the battery’s behavior?Hello, I’m currently using the battery library in Simulink, based on the Shepherd model. When I input the nominal voltage values as specified in the datasheet, I notice that the curve accuracy diminishes after the nominal voltage range. However, when I manually select different points, I obtain a more accurate curve. Which approach is preferable: relying on the nominal voltage values provided in the datasheet or selecting my own points to achieve a more accurate representation of the battery’s behavior? Hello, I’m currently using the battery library in Simulink, based on the Shepherd model. When I input the nominal voltage values as specified in the datasheet, I notice that the curve accuracy diminishes after the nominal voltage range. However, when I manually select different points, I obtain a more accurate curve. Which approach is preferable: relying on the nominal voltage values provided in the datasheet or selecting my own points to achieve a more accurate representation of the battery’s behavior? matlab, plot, battery_system_management, shepherd MATLAB Answers — New Questions

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