Power Application
Electrical connection points (such as cable joints, switch contacts and busbar lap joints) may experience increased contact resistance due to aging, corrosion or loosening, leading to local overheating, which can eventually result in short circuits, fires or even explosions. More than 80% of power accidents are preceded by obvious abnormal temperature rises. Our series of RFID passive temperature sensors enable real-time temperature monitoring while ensuring safety (battery-free and self-powered, avoiding secondary accidents). They detect abnormal temperature rises in advance and issue early warnings before potential hazards escalate into accidents. Real-time monitoring of key temperatures equals mastering the health code of power equipment. This is the core technical support for replacing "breakdown maintenance" with "condition-based maintenance", and an infrastructure-level requirement for building a highly reliable smart grid.
Ring Main Unit Temperature Measurement· Learn More
Cable Temperature Measurement· Learn More
GIS Temperature Measurement· Learn More
Central Cabinet Contact Temperature Measurement· Learn More
Busbar Temperature Measurement· Learn More
Rotor Pole Temperature Measurement· Learn More
Data Center DC Cabinet Temperature Measurement· Learn More
Low‑voltage Cabinet Temperature Measurement· Learn More
Transformer temperature measurement· Learn More
Reactor temperature measurement· Learn More