With the development of society, there are more and more kinds of supplies that depend on electricity, and the installation of power systems is inconvenient to maintain due to long-term power supply. At the same time, due to cable aging, environmental corrosion, loosening of tightening bolts, etc., the cable joints or power equipment heat Cause safety hazards and seriously threaten the safety of people's lives and property. How to detect abnormalities early in the occurrence of dangers and avoid the occurrence of dangers has become the primary consideration of modern power managers. Due to the electrical characteristics of the power industry, common active temperature monitoring equipment often fails to achieve the effect and even causes more problems. The research and development of passive temperature monitoring systems has become the best way to monitor the current deadlock.
The fire caused by the heat of electricity and IT equipment room is shocking
The implementation method of temperature monitoring system based on RFID UHF passive chip technology is: adding a temperature sensor to the UHF RFID chip, customizing the electronic tags suitable for various environments and pasting it to the power transmission high voltage substation and medium and low voltage power distribution The surface of the key nodes of the facility that are easy to generate heat, or embedded in the conductor joint, adopts the RFID UHF reader with Android system to read the temperature data in the electronic tag in real time and analyze it, and set it according to the actual temperature value that needs to be monitored The warning line, when the temperature is higher or lower than the warning line, sound and light alarm, take pictures, and transmit the information to the cloud system to remind the power maintenance personnel to follow up.
Related application case: RFID is applied to power cabinets
Related application case: RFID used in power ring cabinet
Features of the scheme: 1. The use of passive RFID UHF electronic tags has little effect on the monitoring target and good consistency; 2. The temperature measurement stability is good, the temperature sensor chip and the RFID chip are combined into one, which prevents the latter The performance deviation in the package; 3. There is a digital ID, and each temperature monitoring label has its own EPCID, which guarantees the uniqueness among many nodes; 4. Strong anti-interference, the electronic label is specially packaged and is subject to on-site interference Small damage, and wireless transmission, has strong anti-interference ability; 5. Easy installation and debugging, the power temperature monitoring label is developed for the industry, small and durable, easy to install and debug; 6, wide temperature measurement range, strong applicability, different packages The temperature monitoring label can adapt to the use environment of -40~250℃.
Related application case: RFID applied to power connector temperature
Related application case: RFID applied to liquid temperature detection
Main applications: power industry: real-time online temperature monitoring of key nodes of high and low voltage power transmission and transformation facilities; intelligent manufacturing: process temperature monitoring of production workpiece paint, vulcanization, aging test, heating, etc.; instrumentation monitoring: high-load IT equipment status monitoring, Including IDC computer room server fever status tracking; cold chain logistics: drugs, blood, vaccines, fresh cold chain transportation, storage temperature monitoring; human body temperature monitoring: campus, enterprises and other personnel temperature monitoring.
Related solutions: electricity, high-speed rail, aircraft manufacturing, etc.
Related solutions: RFID fixed asset life cycle management