I. Project Completion Information
Installation Project: Equivalent Ice Thickness Online Monitoring System Installation Case Study
Project Date: April 20, 2026
Project Contractor: Dinsee Smart Technology Co., Ltd.
The Online Equivalent Ice Load Monitoring System for Transmission Lines is specifically designed for real-time monitoring of ice accumulation on transmission lines. By collecting real-time micro-meteorological parameters and simulating the equivalent ice weight on conductors, it accurately calculates the equivalent ice thickness on the lines. The system features high-precision data collection, automatic analysis, and early warning capabilities. It issues timely alerts when ice accumulation approaches the design threshold, providing a basis for decision-making by operations and maintenance departments to implement disaster prevention measures such as de-icing and load shedding, thereby effectively ensuring the safe operation of the power grid during rainy, snowy, and freezing weather conditions.
The company specializes in the innovative research and development of online monitoring devices for power transmission and distribution lines, safety equipment for overhead power lines and power cables, as well as intelligent mobile line visualization monitoring systems, infrared monitoring devices for wildfire prevention, external damage alarm devices for power transmission lines, line visualization monitoring, real-time power line condition monitoring, micro-meteorological monitoring devices for power grids, warning alarms, bird deterrent devices, and body-worn cameras. These products have been widely deployed at power-related sites across the country and have received positive feedback from customers!
Since our founding, we have been dedicated to smart grid research. As a solution provider integrating technology development, manufacturing, sales, and technical services, we have consistently delivered comprehensive, systematic solutions and products for power equipment across various voltage levels in China, making smart grids accessible to all.
