Given the increased concern over air pollution & petroleum supplies, the electrification of the automobile is well under way and accelerating every day. The development of electric and hybrid electric (EV/HEV) vehicles is triggered by majority of automakers to maintain their competitive position in the rapidly changing environment. The EV/HEV initiatives are facing lots of design challenges because of increasing dependency on electrical components and overall complexity, coupled with short design cycles. Also the automotive R&D department have to work on hundreds of thousands of design alternatives for addressing structural and thermal considerations along with electromagnetic design constraints. Simulation technology answers all the above requirements and act as a key differentiator in the electrification competition of the powertrain technology. DEP offers a wide range of simulation solutions for complex EV/HEV powertrain design that has significant impact on performance & efficiency.
Our Capabilities
- Electromagnetic analysis
- EV/HEV Traction Motor Simulation
- Coupled Control/Circuit Simulations
- Thermal demagnetization
- Thermal Analysis
- Motor
- Inverter
- Battery
- Structural analysis
- Durability and Fatigue Analysis
- NVH Analysis