Analysis Of Electric Vehicles Controller Strategy: A Review

Abstract

Electric vehicles (EV’s) are assessed as convenient ways of energy and added to any deployment, it also includes power grid at various geophysical areas, which forms a high powered diversified system. Grid to Vehicle (G2V) and Vehicle to Grid (V2G) links are very crucial parts for coming grid system as it can optimize and increase the yield or performance for this system. The major part in increasing the execution of this potential system is done by the command scheme for combination of EV’s. This paper will focus on studying various types of control or command strategies for combination of EV’s through power grid. The same controller command strategies that we use for G2V and V2G connections have multi-agent control, frequency control, aggregated control, virtual synchronous machine-based control, etc. which are discussed in detailed attributes. Further in this paper it is highlighted the distribution and wide-area levels that discusses momentary stability of power system.