I. Project Completion Information
Installation Project: Power Distribution Fault Visualizer Installation Case Study
Project Date: May 19, 2026
Project Contractor: Dingxin Smart Technology Co., Ltd.
II. Product Features
Frequent distribution network faults can easily lead to unexpected power outages for customers, resulting in economic losses. Furthermore, due to the unpredictability of line faults and the inability to monitor them in a timely manner, serious accidents such as electric shocks to pedestrians and forest fires may occur. To address the challenges of unverifiable fault causes, inadequate real-time monitoring of line operations, and external damage risks from construction sites near fish ponds or beneath active power lines, our company has independently developed the "Distribution Fault Visualization System." This system provides real-time monitoring of line safety conditions, visualizes potential hazards in the vicinity of power lines, and ensures safety by facilitating fault diagnosis, eliminating potential risks, and preventing unnecessary power outages.
Dingxin Smart Technology Co., Ltd. specializes in the innovative research and development of online monitoring devices for power transmission and distribution lines, overhead power transmission lines, power cable safety equipment, as well as intelligent mobile line visualization monitoring systems, infrared wildfire monitoring devices, power line external damage alarm devices, line visualization monitoring, real-time power line status monitoring, grid micro-meteorological monitoring devices, 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.
