Since the 21st century, various industries have developed very rapidly, and electricity plays a very important role in enterprises. Especially the content related to new energy power supply has attracted widespread attention from the society. If the traditional method of inspection is continued, it will not only cause a lot of waste of manpower and material resources, but also cannot meet the development needs of the current stage. In order to realize the automation and intelligence of the inspection work, the introduction of inspection robots in the energy supply area to assist or replace manual inspections can effectively avoid the shortcomings of traditional inspection methods. Ensuring the stable operation of the power system is an urgent need for all countries and people. As an important fulcrum of the power system, new energy power supply areas are of great significance for effective inspections.
The RFID system is mainly composed of readers, tags and digital processing systems. The detailed operation steps of the RFID system: ① Transmit radio frequency signals. Antennas or readers are mainly used to transmit radio frequency signals of a certain frequency to the surrounding space. ②The electronic label is activated. When a tag enters the active area, the information is transmitted through the antenna. ③ Send and receive tag information. After the tag is activated, it needs to transmit its own coded information using the antenna; the information sent by the tag is received and decoded by the reader, and then transmitted to the background network.
It can effectively reduce the energy consumption on the path and complete the inspection work in a shorter time. The proposed method uses RFID technology to locate the robot, which can grasp the position of the robot in real time, facilitate the effective adjustment of the robot inspection path, and achieve the purpose of energy saving.
Aiming at a series of problems existing in traditional methods, combined with RFID technology, a new energy power supply area using RFID technology, robot energy-saving inspection mode optimization method is proposed.
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