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Power Conversion Technology in the Smart Grid and EV
The chapter presents a dynamical model and power conversion technology of electric vehicles (EVs) used in smart grids. The efficient power conversion of EVs in smart grids depends on the operation of bi-directional converters as these EVs need to be either charged or discharged. In this chapter, the mathematical model of a bi-directional converter used in EVs is developed and a nonlinear controller is designed to facilitate the power conversion in the smart grid environments. Since the power conversion of EVs in smart grids requires the communication, a nonlinear partial feedback linearising distributed controller based on the communication with different EVs is proposed to ensure high power quality and system stability.
History
Title of book
Vehicle-to-Grid Linking Electric Vehicles to the Smart GridVolume
79Series
Power and energy seriesChapter number
4Pagination
81 - 106Publisher
Institution of Engineering and TechnologyPlace of publication
London, Eng.ISBN-13
9781849198554ISBN-10
1849198551Language
engPublication classification
B1.1 Book chapter; B Book chapterCopyright notice
2015, Institution of Engineering and TechnologyExtent
7Editor/Contributor(s)
J Lu, J HossainUsage metrics
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