By using this method, you can import the AMESim model into Simulink. In this case, the AMESim model will use AMESim Solver and the Simulink model will use the Simulink solver. Please note that MVC++ compiler is must to use this interface
The electrical vehicle is gaining popularity and it is seeing as a technology of the future. Battery pack design is playing very important from the safety and performance point of view. Generally, a separate Battery management control unit is used to manage the performance of the battery. MIL, SIL, HIL, etc method is generally used to verify the algorithm and logic of the Battery management control unit. Simulink is generally used as a graphical language for coding of most of the electronic control units. In this demo, a simplified BMC for battery cell balancing control algorithm is developed in Simulink; the model of the battery pack is implemented in Simcenter AMESim. By coupling between AMESim and Simulink, one can verify the effectiveness of code in the design stage. AMESim can be coupled with Simulink in several ways. In this demo, we will see “How AMESim can be coupled with Simulink to verify your control unit logic”. AMESim model is giving voltages of various cells as an output. This output is sent to the Simulink model. At every time step Simulink processes this output and give the optimum command to each cell so that cell balancing can be achieved.How do I select the interface I need?