Battery systems operating with the utmost performance are what makes electrified vehicles and other electrical systems efficient. Physically correct simulation decisively drives the development of batteries and battery management systems.
The tried-and-tested ASM multicell battery model assists you in the early phases of controller development and in the validation of control units. You can use it to complete component tests or simulate the performance of a battery system in the vehicle. It performs on SIL and HIL platforms.
Less demanding applications, such as the simulation of vehicle power networks, are supported by a dedicated battery model.
Overview of ASM Battery Use Cases.
Develop and test battery management functions.
Torque management for the regenerative brake system of an electric vehicle.
Developing and testing the DC charging process using a vehicle charging controller.
dSPACE HIL systems support testing battery management systems.
The Volkswagen Touareg's electric drives, power electronics, and traction battery have caused a significant rise in the complexity of the networked electronic systems.
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