The increased use of Electric Vehicles (EV) helps to reduce the use of fuel energy consumption. This in turn mitigates the bad environmental impact and climate changes caused by greenhouse gas and carbon dioxide emissions. At present we are moving towards Electric Vehicles and they majorly contribute to the development of the smart grid by bidirectional power flow in the connected distribution grid. Meeting peak demand is one of the major challenges that the power sector faces. Integration of electric vehicles to the grid unlocks the ability to optimize the electricity is produced and transported by turning electric cars into a virtual powerplant. Since most vehicles are in stand still condition for 90% of the time, the EVs connected to the grid via a bidirectional converter can be used during peak power demands to supply energy to the grid. When the power demand in the grid is low, the EV’s battery can be charge from the grid. This paper presents a combination of SEPIC converter and Matrix converter for Vehicle to Grid(V2G) application.
Concatenation of SEPIC and Matrix Converter with LCL Filter for Vehicle to Grid Application
Lect. Notes in Networks, Syst.
02.09.2022
15 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
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