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Electric vehicle fast chargers is an increasingly growing market, where trends in design choices have already begun to rise. Authors of this article present overview and analysis of challenges that designers of fast electric vehicle chargers are facing. Special attention is given to miniaturization of such chargers with respect to electromagnetic compatibility. Additionally, legal and business requirements...
In recent trends of hybrid electric vehicle technology, selection and efficient utilization of electrical storage system is an important issue. In this paper power electronically controlled (DC-DC converter), Ultracapacitor-battery energy storage system is proposed which supply power to the BLDC motor to drive a vehicle. Whole system is simulated in MATLAB Simulink with input as vehicle drive cycle...
Nowadays Power Electronics (PE) is entering more and more in technology which traditionally belongs to different engineering disciplines. E-mobility is one of these. Power Electronics in fact imposes itself as an emerging technology to enhance sustainable mobility, addressing all the engineering aspects starting from energy distribution for charging purposes until energy transformation on board of...
This paper describes a bidirectional DC-DC converter for a small electric vehicle. The DC-DC converter designed and tested is capable of raising the voltage from the battery pack (96 V nominal) to 600 V necessary to feed the variable frequency drive that controls the induction motor. This converter is also capable of working in the opposite direction (600 V to 96 V) in order to capture energy from...
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