STM Journals Peer-reviewed research from Consortium e-Learning Network

Journal of Automobile Engineering and Applications

Power Management System for Electric Vehicle

  1. Ajay Kumar Rajwanshi
  2. Vatsal Singh
  3. Jay Bahadur Singh

Abstract

To move forward with the execution of electric vehicles, a power administration framework is proposed and realized in this paper. Which was discharged into the Japanese showcase in July 2009.This vehicle highlights leading-edge advances epitomized by a lithium-ion battery. In this paper, the control management frameworks are centered on. Taking after an introduction of a few highlights of this EV, the necessities for the control frameworks are clarified concerning the security of the lithium-ion footing battery. At, last the control management methods executed for compliance with the prerequisites for battery security whereas charging and driving are portrayed, the legitimacy of which is appeared through a few test information. The importance of the battery in an EV must be discussed in depth while detailing the EMS. In order to provide the necessary power to the electric motor for the travel, the battery is crucial in electric cars. Online battery monitoring and status assessment are crucial for the safe and dependable functioning of batteries in electric cars. An effective battery management system may do this (BMS). A control over the ideal power flow between the battery, converters, and other components of a vehicle should be included in addition to the BMS. The name of this control is Energy Management System (EMS). This EMS is therefore a key factor in the overall performance of the vehicle. In order to reduce energy consumption or enhance system efficiency, lengthen battery life, and create a clean, efficient transportation system, it is crucial to provide extended product life and a safe driving experience.

Keywords

Support