超轻型太阳能电动滑板方案设计

Scheme Design of Ultra-Light Solar Electric Skateboard

针对现有滑板存在续航时间短、质量超标和充电地点限制等问题,提出了一款以巴斯夫复合材料设计机身,利用太阳能电池板通过光电效应产生电能并提供给电池组做备用电源的电动滑板方案设计。首先对太阳能电池板的材质、尺寸大小以及发电量的要求做充分的研究后,机身选用80%部件采用巴斯夫复合材料和塑料,发电装置采用有机薄膜太阳能电池,设计超轻型太阳能电动滑板车。通过测试太阳能电池板在日常条件下的发电性能和与滑板车原电池的供电线路测试,得出可作为备用电源的依据。最后组装在滑板上,实现随时充电,节省能源,超长续航的使用效果,完成超轻型太阳能电动滑板方案设计。

Aiming at the problems of the existing skateboard,such as short battery life,excessive quality and limited charging location,this paper proposed an electric skateboard design based on BASF composite material body,which uses solar panels to generate electric energy through photoelectric effect and supply the battery pack as the backup power supply.First of all,after a full study of the material,size and power generation re quirements of the solar panels,80%of the fuselage is made of BASF composite materials and plastics,and the power generation device is made of organic thin film solar cells to design the ultra-light solar electric scooter.By testing the power generation performance of the solar panel in daily conditions and the power supply line test with the primary battery of the scooter,it can be used as the basis of the backup power supply.Finally,it is assembled on the skateboard to realize the use effect of charging at any time,saving energy and ultra-long endurance,and complete the scheme design of the ultra-light solar electric skateboard.