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Design and fabrication of a solar powered toy car

机译:太阳能玩具车的设计与制造

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摘要

At present, solar vehicle is used as one of the cardinal energy saving vehicle where the application of renewable energy meets sustainable energy demand with reduction of fuel cost plus purification of atmosphere. In this vehicle, solar energy powers all or part of a vehicle's propulsion. For running a model car or toy car which is a miniature representation of an automobile, electric power is needed to run the car. As there lies shortage of electric power in Southeast Asian country, it has become a vital issue to initiate the use of renewable energy in developing countries like Bangladesh for reducing the demand of electricity. This paper deals with an attempt to investigate the energy recovery possibilities from the solar energy by using a solar panel which converts light energy from the sun into electrical power. That power is transmitted to the storage battery. The stored power of battery is used to run the car. Speed to weight ratio of toy car illustrates comparatively more flexible and simple than any other design when load is varying. Aerodynamic drag, weight, and rolling resistance all influence the car's design. Due to its simplicity and less bulkiness this design also reflects cost effectiveness and user friendliness.
机译:当前,太阳能车辆被用作主要的节能车辆之一,其中可再生能源的应用通过降低燃料成本和净化大气来满足可持续能源需求。在该车辆中,太阳能为车辆的全部或部分推进提供动力。为了运行作为汽车的微型表示的模型车或玩具车,需要电力来运行该汽车。由于东南亚国家电力短缺,因此在孟加拉国等发展中国家开始使用可再生能源以减少电力需求已成为至关重要的问题。本文试图通过使用太阳能电池板将太阳能的光能转换为电能来研究从太阳能中回收能量的可能性。该电力被传输到蓄电池。电池存储的电量用于运行汽车。当负载变化时,玩具车的速度重量比说明比任何其他设计都更加灵活和简单。气动阻力,重量和滚动阻力都会影响汽车的设计。由于其简单性和较小的体积,该设计还体现了成本效益和用户友好性。

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