Description:
Abstract Real-time monitoring of high-voltage power equipment is an important link to ensure the safe and stable operation of the power system. The independent power supply of the monitoring equipment can ensure that the monitoring data is stable and effective without being affected by the power grid. This paper designs and builds a laser wireless power supply system based on machine vision and tracking and targeting technology for the actual application needs of high-potential monitoring equipment in power grids. The article introduces the overall architecture of the laser wireless power supply system and elaborates on the control method and image processing strategy of the tracking and targeting unit. The article proves the feasibility of the scheme through experiments, and realizes the accurate matching of the position of the photovoltaic cell in the presence of background interference. The research results of this article can provide technical support for the energy supply of high-potential monitoring equipment of the power grid.