Automatic solar charging system for overhead transmission line robot

Liang Zhong, R. Guo, Zhiyong Cheng, Juan Jia, Jun Yong
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引用次数: 1

Abstract

According to the characteristics of the transmission line, summarize and improve existing solar charging system, we developed an automatic solar charging system which can track the sun active used for transmission lines robot. The system includes solar charging system, automatic tracking solar system, quick connect-separate mechanism. Solar charging system include BOOST circuit, bidirectional BUCK-BOOST converter circuits, etc. We calculate the optimum parameter in inductance, capacitance, and select the appropriate diode and MOSFET. Automatic tracking solar system include automatic tracking solar algorithm, software flow chart, Calculate the required head angle, active alignment sunlight. Quick connect-separate mechanism enables fast connection and disconnection between the robot and the system. The system is designed to reduce the number of workers climbing the tower to replace the battery. Improve work efficiency, thereby improving the performance of the Transmission Line robot.
架空输电机器人太阳能自动充电系统
根据输电线路的特点,在对现有太阳能充电系统进行总结和改进的基础上,研制了一种可跟踪太阳活动的自动太阳能充电系统,用于输电线路机器人。该系统包括太阳能充电系统、自动跟踪太阳能系统、快速接分机构。太阳能充电系统包括BOOST电路、双向BUCK-BOOST转换电路等。我们计算了电感、电容的最佳参数,并选择了合适的二极管和MOSFET。自动跟踪太阳系统包括自动跟踪太阳算法,软件流程图,计算所需的头角,主动对准阳光。快速连接-分离机构,实现机器人与系统的快速连接和断开。该系统的设计是为了减少爬上铁塔更换电池的工人数量。提高工作效率,从而提高传输线机器人的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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