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Design and implementation of a system for electrification of Gasoline bikes using adequate Swingarm and Green charge technique

Electrification is generally considered as a suitable technique for decreasing fossil fuel reliance and the environmental effects of transportation. In the quest for this technique, most of the attention has been focused on electric vehicles. According to global cues, most countries are ready to adopt electric vehicles in the upcoming years. Regardless of socioeconomic status, a large portion of the population relies on gasoline bikes for day-to-day transportation. As a result, replacing all gasoline bikes with new electric bikes is not cost-effective solution. Considering all of the aforementioned concerns, this paper proposes a solution for these problems. To run gasoline bikes with zero emission through electrification is the main objective of this paper. A gasoline-powered bike has been modified to construct a new and improved system. Construction of a swingarm has reduced the complexity of the revised model. It is designed in a way that it can be utilized for electrification of any standard moped. The system uses the green charge technique to charge the proposed model which reduces running cost and promotes the use of a renewable source of energy.