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The project deploys solar-powered drone nests to form a fully automated and precise operation network, transforming the traditional agricultural production mode and promoting the transformation of agriculture towards unmanned, data-driven, and environmentally friendly directions.

The project builds an air outpost independent of the power grid through a solar - powered unmanned aerial vehicle nest, providing rapid reconnaissance and communication relay for disaster - stricken areas, and achieving rapid response, independent operation, and long - lasting post - disaster emergency support.

We equip power transmission operation and maintenance workers with the "Wisdom Eye" - the icing monitoring system, which transforms the risks in the distant ice and snow into real-time data and images that can be warned and decision-making. It changes the traditional passive mode relying on manual inspections. Through accurate prediction and early warning of the icing trend, it realizes the operation and maintenance upgrade from "emergency rescue" to "pre-control", making every disposal more timely and scientific, and becoming a reliable partner to safeguard the power grid arteries and the lights of thousands of households.

This product is an online monitoring system for icing on transmission lines. Through high-precision sensing, edge computing, and Internet of Things technologies, it realizes real-time collection of data such as wire tension, inclination, meteorology, and images 24 hours a day, 7 days a week, and intelligently calculates the icing thickness. The system has a hierarchical automatic early warning function, providing a scientific basis for ice melting decision-making and operation and maintenance scheduling. It replaces passive response with active defense, helping the power grid operate safely and stably in severe cold and extreme environments.

Facing severe challenges such as winter icing, strong wind galloping and abnormal sag, traditional manual inspection can hardly ensure the safe and efficient operation and maintenance of transmission lines. Therefore, we have launched two intelligent monitoring solutions to build a three-dimensional protection network for the power grid with the power of technology.

Focusing on the problem of winter power outages caused by extreme low temperatures and snow cover in the cold regions of Northeast China, the project designed a 250W 200AH cold-resistant self-heating solar power supply system. Through low-temperature battery heating, electric snow ......

To address the problems of frequent lightning strikes, abundant rain, fog and overcast weather along expressways in the southwestern mountainous areas, which lead to unstable power supply and operational safety issues, the project applies an 180W 150AH three - level lightning - protection solar system. Combining with the intelligent rainy ......

In view of the harsh marine environment of the South China Sea islands, such as high salinity, high humidity and frequent typhoons, the project introduced a 200W 180AH fully anti-corrosion and typhoon-resistant solar power supply solution. 316 stainless steel anti-corrosion materials, wind-resistant structures and remote monitoring......

为应对新疆荒漠地区沙尘覆盖、剧烈温差对供电系统的严重影响，项目定制250W200AH防风沙宽温太阳能系统，集成防沙涂层、自动除尘与宽温锂电，在沙尘与极端温度环境下发电稳定性保持在85%以上，为荒漠气候观测提供了适应性强、运维成本低的绿色能源支撑。

面向江南丘陵地区多雨潮湿、雷击多发的地质监测供电难题，项目部署150W100AH防潮防雷太阳能系统，通过密封防潮设计、长续航电池与低功耗协同管理，保障了雨季连续7天以上的稳定供电，显著提升了地质灾害预警的实时性与可靠性，降低了复杂地形下的运维风险。