摘要
针对电网高电位监测设备的实际应用需求,设计并搭建了1套基于机器视觉跟踪瞄准技术的激光无线供能系统。介绍了激光无线供能系统的整体架构,阐述了跟踪瞄准单元的控制方法和图像识别策略,通过实验证明了该方案的可行性,实现了在有背景干扰情况下对光伏电池位置的准确匹配。该成果可为电网高电位监测设备的供能提供技术支持。
In this paper, a set of laser wireless power supply system based on machine vision tracking and aiming technology is designed and built according to the practical application requirements of the high potential monitoring equipment. This paper introduces the overall architecture of the laser wireless power supply system, expounds the control method of the tracking and aiming unit and the image processing strategy in detail, and proves the feasibility of the scheme through the experiment, and realizes the accurate matching of the PV cell position under the background interference. This results can provide the technical support for the power grid monitoring of the high potential monitoring equipment.
作者
梁欢
邢丽冬
黄凤
黄辉
LIANG Huan;XING Lidong;HUANG Feng;HUANG Hui(Nanjing University of Aeronautics and Astronautics, Nanjing 210016, China;Global Energy Interconnection Research Institute, Nanjing 210000, China)
出处
《机械制造与自动化》
2019年第5期157-161,共5页
Machine Building & Automation
基金
国家电网公司海外院科技研究项目(SGRIXTKJ[2017]840号)
关键词
高电位监测设备
机器视觉
激光无线供能
跟踪瞄准
图像识别
high potential monitoring equipment
machine vision
laser wireless power supply
tracking and aiming
image recognition
