High-pressure Water Jets Unmanned Aircraft For Cleaning Building Glass Photovoltaic Panels And Fan

Product Description

Product Background

 This cleaning drone uses a high-pressure water pump to draw water from the ground and spray it from high-altitude nozzles. It comes with a set of two nozzles, which can be used for cleaning solar photovoltaic panels and cleaning glass, etc.

High-altitude cleaning requirements and the drawbacks of traditional methods: With the acceleration of urbanization, the number of super high-rise buildings is increasing continuously. In China, there are over 1,400 buildings over 200 meters tall, and the area of curtain wall buildings reaches 50 billion square meters. The annual market size for exterior wall cleaning exceeds 67 billion yuan. At the same time, photovoltaic power stations are widely established across the country. However, traditional high-altitude cleaning relies on manual hanging baskets or rope operations, and workers face risks such as falling from heights and adverse weather conditions. Enterprises need to bear high insurance costs and labor costs, and manual cleaning is inefficient and lacks flexibility, making it difficult to meet the growing cleaning demands.
The need for the development of the photovoltaic industry: Solar energy is a green and sustainable energy source, and it is a strategic development goal of China's energy industry. The number of photovoltaic power stations is constantly increasing. However, photovoltaic panels are prone to contamination by dust and dirt during use, which affects the light transmission rate and reduces power generation efficiency. Traditional manual cleaning of photovoltaic panels is not only costly and inefficient, but also difficult to operate for some photovoltaic power stations with complex terrain. Therefore, an efficient and convenient cleaning method is needed to ensure the cleanliness of photovoltaic panels, improve power generation efficiency, and the glass photovoltaic high-pressure water pump cleaning unmanned aerial vehicle has emerged.

Support for technological progress: The continuous development of unmanned aerial vehicle (UAV) technology has provided a solid foundation for cleaning UAVs. For instance, high-precision positioning technologies such as dual RTK precise positioning enable UAVs to fly accurately to designated locations for cleaning operations; millimeter-wave radar real-time ranging ensures that UAVs maintain a safe distance from walls. At the same time, the advancement of high-pressure water pump technology allows UAVs to output water pressure ranging from 0 to 20 MPa, achieving efficient cleaning. Additionally, the application of lightweight materials, such as carbon fiber bodies, enables UAVs to maintain a wind resistance level of 6 while ensuring their load-bearing capacity, allowing them to operate stably in adverse weather conditions.
Policy support: The "14th Five-Year Plan for Digital Economy Development" clearly states "promoting innovation in the intelligent UAV industry", which provides policy incentives for the development of glass photovoltaic high-pressure water pump cleaning UAVs. This encourages enterprises to increase research and development investment, promote related technological innovation and product application, and promotes the rapid development of this field.
Promotion of environmental protection concepts: With the enhancement of environmental awareness, the cleaning industry is also developing towards an environmentally friendly direction. Glass photovoltaic high-pressure water pump cleaning UAVs can use environmentally friendly cleaning solutions, and can precisely control the amount of cleaning solution and water. Compared to traditional cleaning methods, it can save 50% more water and 60% more cleaning agent, reducing water waste and chemical pollution, and meeting environmental protection requirements.

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