A hybrid electric powertrain has better fuel economy and less impact on the environment, compared to a powertrain using traditional gas or diesel. As a result, the electrification of the powertrain has become an important trend in the automotive and commercial vehicle industries.
However, the technical challenges in developing a hybrid electric powertrain system are significant.
Not only is a hybrid powertrain system complex, but since its many subsystems such as the power converter, motor, and battery are designed specifically for a hybrid powertrain, complex control algorithms must also be developed in parallel to the development of the mechanical and electrical hardware. In this webinar, MathWorks engineers will show how Model-Based Design can address these complexity and parallel development needs through executable specification, design with simulation, and continuous verification.
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Model-based engineering (part 1)
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