Different problems arise to present time in power grid, distribution grid and smart grid causes when it comes to integrating electric mobility in a way that works well, grows, changes, and stays stable due to excessive load on grid. There is a way to solve the problem, by charging and discharging electric vehicles (EVs) with a two-way power exchange between EVs and grids and Home. To make these things fit into a clear plan for electric car use, this paper's main contributions are in the following areas: There are two types of power transfer: smart home-to-vehicle (SH2V), and vehicle-to-home smart (V2HS). Theoretical analysis further investigated by the MATLAB/Simulation to validate to grid interface with the EVs, and smart home through aggregator.
Opportunities and Challenges for Electric Vehicle Wireless Charging with Home
Kumar A.Membro del Collaboration Group
;Sagar A.Membro del Collaboration Group
;Bertoluzzo M.Membro del Collaboration Group
;
2023
Abstract
Different problems arise to present time in power grid, distribution grid and smart grid causes when it comes to integrating electric mobility in a way that works well, grows, changes, and stays stable due to excessive load on grid. There is a way to solve the problem, by charging and discharging electric vehicles (EVs) with a two-way power exchange between EVs and grids and Home. To make these things fit into a clear plan for electric car use, this paper's main contributions are in the following areas: There are two types of power transfer: smart home-to-vehicle (SH2V), and vehicle-to-home smart (V2HS). Theoretical analysis further investigated by the MATLAB/Simulation to validate to grid interface with the EVs, and smart home through aggregator.
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