The Review Of Simulation Of Electrical Vehicle And Energy Network Using Agent Based Technique

Abstract

Electrical systems will be undergoing a major revolution thereby improving on the reliability and reducing the cost of maintenance, capital expenditures and electrical losses.

A smart grid is defined as an evolved grid system that tends to manage the electricity demand, in a more economical way with increased reliability and sustainability, all integrated together built on an advanced infrastructure. The smart grid system will be able to provide an increased electricity meeting the increased demand, with increased reliability and energy efficient while maintaining the power supply qualities. Thus the low carbon energy sources are integrated into the power networks as efficient. Further, the smart grids do have demand response capacity to balance the electrical consumption, along with the potential to adapt with the new technologies, integrate and enable other energy storage devices and applications such as electric vehicles. This paper reviews the Agent based modeling of Electric Vehicle (EV) simulation and their drawbacks or further improved to be done using intelligent decision making in predicting the energy demand for EVs in the future.