With the continuous improvement of modern living standards, people have put forward higher quality requirements for the development of all walks of life, and the demand for electricity has continued to rise, which has also accelerated the transformation and upgrading of the power industry. Based on this development situation, my country's power industry has gradually begun to choose to apply modern high-tech technologies such as drone power inspections.
UAV power inspection technology refers to the use of UAVs for inspection, using artificial intelligence technology and high-definition digital zoom technology and other mature technologies to conduct comprehensive inspections of power equipment without blind area coverage, thereby greatly improving inspection efficiency and precision. The traditional manual inspection method has shown the disadvantage of low efficiency. In contrast, UAV electric inspection has the advantages of high flight control accuracy, simple operation, convenient take-off and landing, low energy consumption, and high efficiency. Therefore, drones have begun to be widely used in the power industry.
Technical advantages
During the operation of the power system, the power system will pass through various environments, and most power lines are exposed without long-term protection and maintenance. Under the influence of long-term sunlight and various geological disasters, the circuit system often has various failures. UAV power inspection can effectively improve the maintenance efficiency and operation efficiency of power equipment. Through regular inspection of power equipment, faults and hidden dangers of power equipment can be discovered in time, and correct measures can be taken for repair and maintenance to ensure power equipment Safety and reliability, reduce the occurrence of equipment failures, and provide users with better power services.
In the process of circuit inspection, manual inspection may result in low efficiency due to various natural conditions and harsh geological environment, and will cause certain economic losses. The application of drone power inspection technology in power engineering can efficiently avoid some dangers and has high safety. The UAV power inspection system can conduct work inspections at any time and place, and has very strong inspection convenience for various problems that may exist in the power system. UAVs improve the speed and efficiency of power maintenance and inspection, enabling many tasks to be completed quickly in a fully charged environment, and the work efficiency far exceeds that of traditional manual inspections.
In general, the use of UAV power inspection can find defects that are difficult to find manually. Compared with manual inspections, drone power inspections are safer, more reliable, less expensive, and more environmentally friendly. The inspection efficiency and quality of the equipment body have been significantly improved, and the labor intensity has been greatly reduced, the inspection efficiency has been improved, and the operation and maintenance capabilities of the power equipment status have been ensured.
The core technology is intelligent
The core technology of UAV power inspection includes path planning technology, image recognition technology, high-definition digital zoom technology, etc. Among them, path planning technology is the basis of UAV power inspection. Through reasonable planning of inspection routes, it is ensured that all locations that need to be detected are covered. Image recognition technology can identify local areas of power equipment, thereby improving the accuracy and practicability of inspections. The high-definition digital zoom technology is realized by using a high-definition image sensor to achieve full coverage of high-definition without blind spots.
The multi-source massive data monitored by UAV power inspection equipment provides data support for intelligent analysis of transmission lines, and promotes the application of deep learning and artificial intelligence methods in transmission line operation and maintenance. Based on machine learning and efficient image processing technology, it can help users to easily implement applications such as equipment status monitoring, image quality monitoring, and video compliance monitoring of video surveillance systems. The monitoring cycle can be flexibly set according to user needs, and visual reports can be automatically generated. The in-depth connection between audio and video technology and business platforms such as UAV platforms has made UAV track adaptive autonomous inspection and AI intelligent assisted photo taking a reality.
Summarize
anyRTC uses its own audio and video technology and AI technology to carry out regular inspections of the monitoring system, and to browse all cameras in real time to confirm whether they are normal. The inspection includes camera signal access, device power supply, and camera shooting location. Ensure that the video image quality is intact, the video playback is smooth, the picture is clear, and there is no interference (stripe interference, noise interference, video drastic change), black screen, occlusion, freeze, abnormal brightness, color distortion, blur, picture freezing, time deviation, etc.
UAV power inspection technology has been widely used in power companies at home and abroad, realizing efficient, accurate and comprehensive monitoring of power grid systems. In the future development, UAV power inspection will become an important part of the power industry and will be applied in more fields to realize the intelligence, autonomy and standardization of the power industry.
