太阳能枣果采摘电动微车动力参数匹配与优化

Parameter matching and optimization of the power system of a solar jujube picking electric minicar

通过对某太阳能枣果采摘电动微车的动力系统进行设计与参数匹配,利用太阳能电池板对电动微车以及采摘装置供电,解决其电池续航问题。通过CRUISE软件对采用太阳能电池板的枣果采摘电动微车进行了建模、仿真与优化分析,结果表明,该参数匹配结果能满足微车枣园工况的动力性、经济性要求,且优化后的参数还能进一步降低微车质量与制造成本,其匹配的太阳能电池板能有效增加电动微车的续航能力,提高果农的户外采摘效率。

Through the design and parameter matching of the power system of a solar-powered jujube picking minicar, the problem with the battery life is solved by using the solar panel to supply power to the electric minicar and the picking device. Modeling, simulation and analysis of the electric picking minicar with solar panels were carried out by CRUISE software. Results show that the matching results of the parameters can meet the dynamic and economic requirements of the jujube garden working conditions, the optimized parameters can further reduce its mass and manufacturing costs, and the matched solar panels can effectively increase the endurance of the electric minicar and improve the outdoor picking efficiency of the fruit farmers.