Abstract :
The sustainable energy and sustainable mobility prompt opportunity and challenges for power electronics developments. The key issues of sustainable mobility are: energy, environment and safety. Therefore developing clean, efficient and intelligent vehicles, including battery electric vehicles, hybrid electric vehicles and fuel cell electric vehicles is necessary. The two major environmental risks affecting sustainability in the production of electricity using fossil fuels are green house effect and acid rain. The basic requirement of power electronic for electric, hybrid and fuel cell vehicles are: high energy density, high power density, high efficiency over wide speed and torque range, frequent start stop, continuous dynamic, capable working under severe ambient temperature and vibration environment, compatible EMI-EMC, high reliability, high endurance, and reasonable cost
Keywords :
battery powered vehicles; electromagnetic compatibility; electromagnetic interference; environmental factors; fossil fuels; fuel cell vehicles; hybrid electric vehicles; power electronics; reliability; sustainable development; acid rain; battery electric vehicles; compatible EMI-EMC; electricity production; environment; fossil fuels; fuel cell electric vehicles; green house effect; hybrid electric vehicles; intelligent vehicles; power electronics development; reasonable cost; reliability; safety; sustainable energy; sustainable mobility; vibration environment; Battery powered vehicles; Fossil fuels; Fuel cell vehicles; Fuel cells; Hybrid electric vehicles; Intelligent vehicles; Power electronics; Production; Rain; Safety; challenges of power electronics; sustainable energy; sustainable mobility;