Centralized photovoltaic power station battery assembly defect inspection system based on multi-rotor drone
A multi-rotor UAV and photovoltaic power station technology, applied in the field of centralized photovoltaic power station battery component defect inspection system, can solve the problems of increased pressure on maintenance personnel, tedious and time-consuming, and different ways of presenting data, etc., to achieve detection efficiency Improvement, high degree of automation, and the effect of ensuring safety
A multi-rotor UAV and photovoltaic power station technology, applied in the field of centralized photovoltaic power station battery component defect inspection system, can solve the problems of increased pressure on maintenance personnel, tedious and time-consuming, and different ways of presenting data, etc., to achieve detection efficiency Improvement, high degree of automation, and the effect of ensuring safety
CN110470279AActive Publication Date: 2019-11-19SHANGHAI BOONRAY INTELLIGENT TECH CO LTD
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[0035]In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.
[0036] refer to Figure 4 combine figure 1 and figure 2 , a centralized defect inspection system for photovoltaic power station battery components based on multi-rotor drones, including field equipment framework 01 and office functional framework 02. The field equipment framework includes drone 010, PAD011, and X5S pan-tilt camera 012, XT2 pan / tilt camera 013, UAV remote control 014 and PAD can be connected to the Cors base station 015 at Qianxun location. Office functional architecture 02 includes front-end 021 and background 022. The functions of front-end 021 are displayed in the form of web p...
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The invention discloses a centralized photovoltaic power station battery assembly defect inspection system based on a multi-rotor drone, which belongs to the technical field of centralized photovoltaic power station maintenance equipment. A four-rotor drone with RTK equipment is used to carry a high-definition camera for shooting. According to the photos, a high-definition map of the entire powerstation is stitched, an inspection route is drawn on the map and sent to the drone, the drone flies in accordance with the route and takes photos of the assembly, the shooting result is uploaded to abackstage, problems found by a detector in the shooting result can accurately correspond to the map, the whole detection process has a high automatic degree, the use burden of a user is low, all results are digitalized, traceable, and easy to view, the detector does not detect each assembly manually, the detection efficiency is greatly improved, the safety of the detector is ensured at the same time, the power station health condition can be intuitively presented for an owner, and cleaning or maintenance operations can be arranged in time.
Description
technical field [0001] The invention belongs to the technical field of centralized photovoltaic power station maintenance equipment, and specifically relates to a centralized photovoltaic power station battery component defect inspection system based on a multi-rotor drone. Background technique [0002] The centralized photovoltaic power station is a solar photovoltaic power station that is connected to the public grid and jointly undertakes the power supply task. This kind of power station covers a large area and is equipped with a large number of photovoltaic cell components. Through DC combiner boxes, DC distribution boxes, grid-connected inverters, Compressor stations, and finally send electric energy into the grid, effectively alleviating the electricity demand during the daytime peak. Since this type of power station covers a large area, idle lakes, hillsides, abandoned mining areas, etc. can be used as sites for centralized photovoltaic power plants. [0003] The equ...
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Patent Timeline
19 Nov 2019
Publication
CN110470279A
- IPC
- G01C11/04; G01J5/00; G05D1/10; H02S50/00
- CPC
- G05D1/101; G05D1/0011; G01C11/04; G01J5/0096; H02S50/00; G01J2005/0077; Y02E10/50
- Inventors
- 杨扬; 顾圣骏