机载光电吊舱在电力巡线中的应用研究

Application Study of Airborne Photoelectric Pod in Power Line Inspection

机载光电吊舱作为电力巡线中的关键一环,它的发展将直接影响电力生产的效益。随着光电技术的发展,作为集电子、光学、通信、图像识别和故障诊断等一体化的光电吊舱,实际应用中应减小体积、优化结构、增强功能,实现在电力巡线中的智能化。如何进一步优化光电吊舱,提高巡线诊断的准确率并节约劳动力是现阶段机载光电吊舱研究需重点解决的问题。针对光电吊舱的国内外研究现状和应用趋势,提出了未来机载光电吊舱的优化方向和解决问题的途径,并从电力巡线应用方面分析了机载光电吊舱在未来发展研究的关键技术及软、硬件设计。

As the key step of the power patrol line, the development of airborne photoelectric pod would directly affect the benefit of electric power production. With the development of photoelectric technology, as an integration of electronic, optical, communication, image identification and fault diagnosis, the photoelectric pod should achieve the intelligence in the application, by decreasing the volume, optimizing the structure and enhancing the function. The key problem of airborne pod research at the present stage is to further optimize the photoelectric pod, improve the accuracy of line inspection diagno sis and save the labor force. In view of the current research status and application trend of optoelectronic pod, the optimiza tion direction of the future airborne optoelectronic pod and the methods to solve the problem are presented. Meanwhile, the key technology with software and hardware design in the further development of airborne photoelectric pod in power line in spection is analyzed.