Its small size and minimal environmental impact are the critical factors that maintain its relevance. However, in densely populated areas, the bicycle remains a very useful means of transportation. The system is aimed to be deployed in rural areas where electricity is scarce which can power basic electric appliances and thus play a crucial role in energizing villages.Īround the world, vast improvements in public transportation methods in urban environments have been made. Using various sensors, the parameters like O 2 level, heart rate, calories burnt can be calculated and displayed on the on-board display or the cloud platform. A health monitoring framework helps in keeping track of the energy expended by the person on the system and can act as a dataset for further research.
Proposed system is beneficial for individuals who find little to no time to exercise and can provide them an interesting way to exercise and recharge their electronic appliances using the charging setup on-board.
It has multiple benefits-like providing a means of exercising to the user and generating DC energy through pedaling setup which can be converted into AC as per the requirement. Pedaling is an effective alternative to generate usable energy. The pandemic has forced people to stay indoors and thus increased the dependence on conventional sources to meet the energy needs. Reducing the load on conventional sources of energy is the need of the hour. A detailed analysis of using pedal power is also presented. It also explains in detail the method using bottle dynamo to generate power. This paper presents methods in generating electricity by pedaling a bicycle. Riding bicycle helps in maintaining a good physic and along with it power can be also generated. The generated power can be either used in the same vehicle or can be stored in a battery for powering some other devices. Power can be also generated from the rotation of the wheels of alternator vehicles like bikes and cars, where there is a possibility of generating more power.
This principle can be extended to power mobiles, iPods, laptops etc. Small powered lighting devices can be charged using dynamo and can be used in the night by students for study purposes. Power generated by pedaling can be converted from mechanical to electrical energy by using either dynamo or alternator. Most of these villages are un-electrified. Bicycle is the main mode of transportation for many Indian villagers.
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