基于非晶硅(a-Si:H)薄膜的全向控制太阳能汽车

A. Moinuddin, Md. Jahidul Hoque, J. C. Sarker, Akhter Zia
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摘要

通过本文,我们的目标是在薄膜太阳能电池的帮助下驾驶汽车。机械和电气部件由此组装。该项目的主要目标是从太阳光谱中收集最大限度的太阳能,并利用这些太阳能来驱动汽车。非晶硅基薄膜太阳能电池板已被用来代替晶体硅,以将更多的太阳能转化为可用的电能。这种能量被用来给电池充电。太阳能电池板的运行可以通过一个小LED(连接在电池板的路径到电池)可见。电池然后用来运行两个齿轮电机(12V和6V)通过远程控制系统。轴通过传动机构与一台电机相连,通过转动的车轮驱动汽车。另一个马达用来改变方向。因此,汽车在不同的方向移动,并已成为一个真正的太阳能汽车。
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Amorphous Silicon(a-Si:H) Thin Film Based Omnidirectional Control Solar Powered Vehicle
Through the paper, our goal is to drive a car with the help of thin film based solar cell. Mechanical and Electrical parts are assembled thereby. The main objective of this project is to collect maximum solar energy from the solar spectrum and use that solar energy to drive the car. Amorphous silicon based thin film solar panel has been used instead of crystalline silicon to convert more solar energy to usable electrical energy. This energy is used to recharge the batteries. The operation of the solar panel can be visible through a small LED (connected in the path of the panel to the batteries). The batteries then use to run the two gear motors (12V & 6V) by the remote control system. The shaft, connected with one motor by gearing mechanism, drives the car by rotating wheels. Another motor is used to change the direction. As a result the car moves in different directions and has become a real solar car.
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