Advanced triple-Input Source Modelling for Electric Bicycle Propulsion System

Metropolitan cities usually accounts for a high level of pollution due to the large density of combustion engines. Congestion in such cities is another challenge for daily urban commutation. Electric bicycle with a user friendly options is capable of addressing the challenges. This paper presents a design of hybrid bicycle with renewable solar energy as green source for propulsion and the pedaling energy as a backup energy source. The innovative solution of this research work is a dedicated three way charging circuit model that is capable of receiving input source from three different sources, and switch as per the need of the consumer. The simulation modelling is performed for each block of the input that is finally combined using a main controller unit. The tailored solution for conventional E bike presented in this paper have the potential to address not only the congestion and environmental challenges but also motivating the single commuters towards a healthy activity in the urban environment.