The application of RFID power asset inspection is of great significance

With the rapid development of society, the use of electricity is increasing. Electricity plays an important role in life and production. The normal operation of power Assets is crucial. As a new equipment management model, power equipment inspections detect power equipment failures in a timely manner through periodic inspection and maintenance of equipment, ensuring the stability of power operations. RFID uses wireless radio frequency to conduct non-contact two-way data transmission between readers and radio frequency tags to achieve the purpose of target identification and data exchange. RFID electronic tag identity binding is performed on power equipment assets. RFID strengthens the equipment of power plants. Inspection work is of great significance.

In the past, the inspection of power substation equipment mainly relied on regular manual inspections by inspection personnel. Due to the constraints of various factors such as climatic conditions, environmental factors, personnel quality and sense of responsibility, the quality and delivery rate of inspections cannot be guaranteed. At the same time, information reflecting operating status and equipment defects cannot be fed back in time, and equipment hazards cannot be discovered in time, causing equipment failure. RFID technology has the characteristics of non-contact, fast reading speed, no wear, long life, easy to use, and can be used in various harsh environments. At the same time, RFID tags have the characteristics of large storage capacity, long distance, and can realize multi-target identification and penetrate most media identification. Their application in power inspection projects can highlight the solution to various current inspection shortcomings and create a better Intelligent and more effective power inspection system.

The introduction of the power equipment inspection system based on RFID technology has completely changed many problems in inspection work, mainly reflected in the following aspects:

1. There is no need to install any equipment on inspection equipment and power equipment, which greatly reduces the procurement and maintenance costs of the system.

2. Effectively ensure the quality of inspections by inspection personnel, improve the safety and reliability of equipment and power equipment, and eliminate safety hazards.

3. Use wireless network and RFID technology to realize information management of power equipment inspection work.

The issuance of RFID electronic tags is to complete the initialization of electronic tag information and establish basic data of power equipment assets. Generally, power equipment is mostly made of metal, so most of them are RFID electronic tags that are resistant to metal materials. The power warehouse manages the entry and exit of the warehouse. An RFID fixed reader is installed at the entrance of the warehouse. When the card carrying an RFID electronic tag enters and exits the warehouse, the power information is read in real time. RFID electronic tags are attached to fixed shelves and products in the warehouse quickly. Perform identification collection.

Power equipment inspections are all carried out by RFID ultra-high frequency handheld device terminals for inspection and collection. They have the functions of portability, route arrangement, data recording, working status supervision, data summary reporting, etc., and can be seamlessly connected with the existing information systems of power equipment companies. . RFID technology can effectively understand the working status of power asset equipment and timely discover defects in power equipment, improve the safety of power equipment and operation, reduce production and operation costs, and improve work efficiency. It is low-cost, light and easy to operate, and the equipment makes RFID The application of technology effectively ensures the stable operation of power transmission equipment, prevents problems before they occur, reduces the incidence of failures, and reduces corporate operating costs.