Battery Modeling and its Dynamics for the application in Renewable Energy Systems

Abstract

In this thesis document presents recommended battery design for stand-alone photovoltaic (PV) systems. In this report, a new model of battery is developed. The developed battery model is based on battery characteristics and its behavior. It includes battery dynamic behavior like SOC, battery capacity, battery current. Batteries are getting to be progressively vital to our life as they are connected in an extent of different regions. Now a day for Photovoltaic system battery is more important especially in Stand-alone PV system where grid facility is not present where we have to store the power which is produced by PV array. In this way the unwavering quality of battery is a discriminating issue in these battery provisions. By and large, framework parts, other than PV modules, in the same way as batteries, charge controller and so forth (additionally eluded as an offset of framework) are obliged to understand a dependable source of energy. The exploration center must be given on battery demonstrating and its measuring for Stand-alone PV systems. There will be investigation of non-linear elements of battery and its displaying also. The goal is to model the battery based on circuit approach and in this way joins together the battery model with a resistive load, and external DC voltage source and thus analyzes the charging and discharging behavior of proposed battery model.