Optimization of Grid Energy Balance Using Vehicle-to-Grid Network System

Abstract

With the increasing demand for green energy sources in modern society, network optimization is realized. Vehicle-to---Grid (V2G) systems, which connect electric vehicles (EVs) to the power grid, are one form of innovation that can help increase balance in energy systems. This workflow explores the potential for increasing energy storage and distribution capacity in order to optimize the energy balance in power grids through V2G networks. While V2G systems could be really beneficial for stability and efficiency of the grid, EVs have the potential to send surplus energy back to the grid during peak demand times. This study investigates one V2G integration model and assesses its energy consumption reduction potential and implementation method. With extra storage, lower demand on the grid and much less carbon emissions, the outcome shows that V2G network tech has a significant balance compensation on the grid.