Withstanding windblown sand and extreme cold, customized protection solutions safeguard Xinjiang's power facilities.

In the Xinjiang region, over 60% of power equipment failures are caused by wind and sand erosion and extreme temperature differences. Additionally, the equipment is predominantly located in remote deserts and high-altitude areas, resulting in large maintenance radii, high costs, and long response times, posing challenges to the stable operation of the power grid.

This delivery focuses on "extreme resistance, strong protection, and long lifespan," specifically addressing regional challenges: The high-strength structure and multiple-seal design of the reactor rain shield (hat) effectively withstands windblown sand and temperature variations; the reactor bird shield, bird net, and bird grille form a three-dimensional protective system, completely blocking bird interference. Verified in practice, this solution can reduce the incidence of equipment failures caused by windblown sand, temperature variations, and bird damage by over 80%, decrease maintenance frequency by 40%, and significantly enhance the operational stability and reliability of power facilities in extreme environments.

The project team has achieved a deep fit between the protective solutions and the Xinjiang power scenario through their focused efforts, from in-depth research on the impact of high-altitude strong sandstorm environments on equipment, to customized scheme design, product performance optimization, and rigorous control over production and delivery quality. In the future, we will continue to delve into the field of extreme environment power protection, iteratively upgrading product performance and scheme design, to provide more targeted customized protective solutions for more "sand戈desert" new energy bases and remote area power facilities.