Self-powered TENG Sensor Based on Hybrid Energy: Tilt Angle and Wind Speed -Research on Dual Parameter sensing and Intelligent Fault Warning of Transmission Lines | Synapse
May 15, 2026Nanoscale0 citations
Self-powered TENG Sensor Based on Hybrid Energy: Tilt Angle and Wind Speed -Research on Dual Parameter sensing and Intelligent Fault Warning of Transmission Lines
The research aims to develop a self-powered sensor to monitor tilt angles and wind speed, improving transmission line safety.
Developed a hybrid energy TENG sensor for detecting tilt angles and wind speeds in transmission lines.
Conducted experiments to evaluate sensor performance under simulated wind conditions.
Analyzed sensor data to establish a warning system for excessive sagging or breakage.
The sensor accurately detected tilt angles and wind speeds, responding effectively to changes in conditions.
Fault warnings were triggered at thresholds indicating significant sagging risk, enhancing grid safety.
Demonstrated potential for real-time monitoring and early warning capabilities in transmission line maintenance.
Abstract
Due to the abnormal tilt or wind-induced galloping, the transmission lines may experience excessive sagging or even breakage, which directly endangers the safety and stability of the power grid. However,...