ELECTRIC BIKE WITH AIR COOLING SYSTEM

The increased reliance on fossil fuels has significantly contributed to environmental pollution, making traditional fuel-powered vehicles unsustainable.This project aims to address the growing demand for renewable energy in the transportation sector by developing an electric bike (e-bike) that utilizes renewable energy sources.The vehicle is constructed using repurposed parts, promoting both sustainability and innovation.One of the main challenges faced by electric vehicles is battery overheating, which can affect performance and longevity.To mitigate this issue, a forced convection air cooling system has been designed and implemented to regulate battery temperature.Additionally, a control system has been integrated to monitor and optimize the cooling process.This paper presents a comprehensive study of the forced convection cooling model and evaluates its effectiveness in preventing battery overheating.The proposed system shows promise in enhancing the safety and efficiency of electric vehicles.This review paper briefly outlines the design, methodology, and potential applications of the project in promoting sustainable transportation solutions.