EL inspection refers to the use of drones equipped with high-definition, high-sensitivity electron-optical equipment to conduct comprehensive, fast and accurate inspection of photovoltaic power plants. This inspection method has the following advantages:
1.High efficiency: The drone can fly quickly and cover the entire photovoltaic power station, which greatly shortens the inspection time.
2.Comprehensiveness: EL inspection can take pictures of all parts of the photovoltaic power station in an all-round and multi-angle way to ensure that every detail can be discovered.
3.Accuracy: EL inspection uses high-definition, high-sensitivity electron-optical equipment, which can accurately find defects and hidden dangers.
4.Safety: Compared with the traditional manual inspection method, EL inspection can avoid manual climbing and entering dangerous areas, which greatly improves the safety of inspection.
5.Low cost: EL inspection can reduce labor costs and time costs, and can also reduce other costs such as vehicles and transportation costs.
In the EL inspection of photovoltaic power plants, drones need to be equipped with a variety of sensors and equipment, such as high-definition cameras, infrared thermal imaging cameras, laser scanners, etc. These devices can realize the comprehensive inspection and evaluation of photovoltaic power plants, including the surface condition of the panels, the bracket structure, the cable route, the inverter equipment and other parts.
In addition to detection and evaluation, EL inspection can also carry out fault diagnosis and evaluation of photovoltaic power plants. Through the data analysis and processing of various parts of the photovoltaic power station, potential faults and hidden dangers can be found in time, and corresponding solutions and suggestions can be proposed.