IEEE Transactions on Industrial Electronics · 1997 · 474 citations · 19 references
EngineeringAutomotive EngineeringElectrical EngineeringElectric Vehicle TechnologyPower ElectronicsPropulsionCharging InfrastructureCharging SystemsElectric MotorsElectric PowertrainsElectric Vehicle ElectronicsPower Electronics For Electric VehiclesAir Pollution PolicyBattery Electric PropulsionBattery Electric VehiclesElectric Vehicle EmissionsElectric Vehicle Motor DrivesPower Electronics DevicesPower Electronics For PropulsionPower Electronics Integration
Growing energy costs, dependence, and environmental concerns, coupled with stringent zero‑emission regulations worldwide, have spurred rapid expansion of the electric‑vehicle market and accelerated development of power‑electronics technology. This paper reviews the current status of multidisciplinary technologies in electric vehicles. The authors examine challenges in power‑electronics for EV propulsion, battery charging, and power accessories.
In response to concerns about energy cost, energy dependence, and environmental damage, a rekindling of interest in electric vehicles (EVs) has been obvious. Based on the "California rules" on zero emission vehicles in the United States, as well as similar tightened air pollution regulation in Europe, Asia, and much of the rest of the world, the market size of EVs will be enormous. Thus, the development of power electronics technology for EVs will take an accelerated pace to fulfil the market needs. This paper reviews the current status of multidisciplinary technologies in EVs. Various challenges of power electronics technology for EV propulsion, battery charging, and power accessories are explored.
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Pulsewidth modulation-a survey
J. Holtz · IEEE Transactions on Industrial Electronics · 1992 · 1.1K citations
An overview of electric vehicle technology
C.C. Chan · Proceedings of the IEEE · 1993 · 350 citations
Engineering, Automotive Engineering, Electrical Engineering +17