This article discusses some of the electrical component technologies used in the inverters, motors, and batteries that make up the electric powertrains of these electric vehicles, along with the simulation-driven analysis technologies that are used to rapidly create optimum combinations of electrical components. has been developing and supplying electric powertrains for these electric vehicles since the 1990s, and it continues to develop technologies and improve performance in anticipation of the future proliferation of environmentally compatible vehicles. As a result, the introduction of hybrid electric vehicles (HEVs) and electric vehicles (EVs) as environmentally conscious alternatives is expected to grow worldwide. The internal combustion engines long used in vehicle powertrains have been continually evolving, but with environmentally motivated CO 2 reduction initiatives being promoted globally since the turn of the century, the limit of regulatory compliance achievable with conventional combustion-engine vehicles alone is expected to arrive some time between 20.
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