Core Viewpoint - Sichuan Mingyang Electric Power Co., Ltd. has successfully developed and implemented a "wireless passive temperature measurement bolt" device, which significantly enhances the efficiency of temperature monitoring in outdoor power distribution equipment, providing reliable safety for the power grid during peak summer periods [1] Group 1: Technology Development - The company has innovatively developed the "wireless passive temperature measurement bolt" to address limitations of traditional infrared detection technology, which is costly and inaccurate for monitoring insulated conductor connections [1] - The new technology integrates a passive signal transmission temperature sensor within the bolt connection, allowing real-time temperature data transmission to the company's monitoring platform [1] Group 2: Performance Improvement - The implementation of this device has resulted in a 28.5% increase in fault detection efficiency and a reduction of average fault localization time by 45 minutes compared to traditional infrared scanning methods [1] - The device has been applied to 75 pole-mounted transformers on the 10 kV Guinan Line, demonstrating its effectiveness in practical applications [1]

Core Viewpoint - Sichuan Mingxing Electric Power Co., Ltd. has successfully developed a wireless passive temperature measurement bolt device that enhances the monitoring of temperature anomalies in power distribution networks, significantly improving fault detection efficiency and response time [1] Group 1: Technology Innovation - The company has innovated the "wireless passive temperature measurement bolt" to address limitations of traditional infrared detection methods, which are costly and less effective for monitoring insulated connections [1] - This new technology integrates a passive signal transmission temperature sensor within the bolt connection, allowing real-time temperature monitoring and data transmission to the company's monitoring platform [1] Group 2: Performance Improvement - The implementation of this device has resulted in a 28.5% increase in fault detection efficiency and a reduction of average fault localization time by 45 minutes compared to traditional methods [1] - The device has been successfully applied to 75 pole-mounted transformers on the 10 kV Guinan Line, providing reliable support for the safe and stable operation of the power grid during peak summer periods [1]

Core Viewpoint - Sichuan Mingxing Electric Power Co., Ltd. has successfully developed and implemented a wireless passive temperature monitoring device, significantly improving the efficiency of fault detection in power distribution networks [1] Group 1: Technology Development - The company has innovatively developed the "wireless passive temperature monitoring bolt" to address limitations of traditional infrared detection methods, which are costly and inaccurate for certain applications [1] - The new technology integrates a passive signal transmission temperature sensor within the bolt connection, allowing real-time temperature monitoring and data transmission to the company's monitoring platform [1] Group 2: Performance Improvement - The implementation of this device has resulted in a 28.5% increase in fault detection efficiency and a reduction of average fault localization time by 45 minutes compared to traditional methods [1] - The device has been successfully applied to 75 pole-mounted transformers on the 10 kV Guinan Line, enhancing the safety and stability of the power grid during peak summer periods [1]