IoT based Regenerative Battery Charging for E-Cycle

Abstract

Electric vehicles significantly contribute to the creation of a pollution-free environment because of their extremely low to zero carbon emissions, minimum noise, and high efflciency. They are also a viable technology for creating a sustainable transportation sector in the future. Electric vehicles (EVs) are aggressively being promoted worldwide as a means of reducing the effects of fossil fuel emissions and addressing environmental issues. With the help of incentives, many governments are luring people to switch to electric cars. Li-ion battery technologies have been researched and developed in recent years for use in electric vehicle applications due to their increased power density and lighter weight. Even the world’s best Electric car company tesla use this battery in their car for better performance, high speed and fast charging, it lasts only two to three years after manufacturer, sensitive to high temperatures. The “separator” has the potential to catch fire if it sustains damage. So along with all this advantage the lithium-ion battery contains some dangerous drawbacks. Due to its higher power density the temperature is getting higher, so a better replacement for the battery is required in evehicles. This study uses IoT for monitoring and ensuring the security of the vehicle. Vehicle can be monitored through mobile application or web page from anywhere in the world.