Battery Management System with Charge Monitor and Fire Protection for Electrical Drive

Abstract

The majority of automobile manufacturers currently create electrical vehicles for both two- and four- wheelers. Thus battery becomes essential component and improving methods for calculating a vehicle’s charge capacity. It is required to create and develop an efficient Battery management system so that they should not be over charged or deeply discharged. Electric vehicle an accurate state of charge estimation to reduce the risk of damage, extend their longevity, and safeguard the electronics they power. This project suggests a real-time Battery Monitoring System(BMS) employing the method for State of charge(Soc) and displaying the vital parameters. The suggested BMS is implemented on a hardware platform using the Arduino environment, the proper sensing technology, a central processor, and interface devices.