#INV024 Design and Implementation of an Efficient Charger for Electrical Motor Cycle .

An efficient electric motorcycle charger design should prioritize safety, reliability, and high charging efficiency while minimizing size and cost. Key design considerations include selecting appropriate charging levels, employing advanced power electronics (like SMPS technology), incorporating a robust battery management system (BMS), and potentially integrating renewable energy sources like solar power.

Electric three-wheeler auto rickshaws known as easy bikes and Motor Cycle are becoming quite common in Bangladesh. Due to obvious advantages offered by these vehicles such as zero carbon emission and no requirement of gas encourages people to transition from traditional fuel-operated vehicle to electric vehicles. The battery charging stations for these vehicles employ bulky chargers containing iron core transformers with maximum efficiency around 80%. As a country which suffers from power shortages, it is highly desirable to have a charger that is more efficient. In this project, a new type of charger is proposed which uses a ferrite core transformer. A prototype of this charger and charging station is built and compared with a conventional charger.

Everything you need to create a project like this :

1. 10watt 12V Solar. x 1

2. Solar Charge Controller. x 1

3. 12V 7.5AH Battery. X 1

4. Digital Voltmeter. X 1