This innovation is a water delivery and dispersal system designed for the efficient cleaning of solar panels. The system aims to minimize water consumption while ensuring effective cleaning, utilizing a mechanically actuated water dispersion and delivery mechanism. This system can be integrated with automated robotic cleaning apparatuses for optimal performance.
Figure (1) A perspective view of the water delivery system; (2) A perspective view of the water delivery system of the solar panel cleaning system
Traditional solar panel cleaning mechanisms often result in significant water wastage as they focus primarily on the cleaning action, such as spraying water across the panels, without measures to reduce water consumption. This invention addresses the need for an efficient, economical, and effective cleaning system that minimizes water usage.
- The technology uniquely reduces water consumption during solar panel cleaning by integrating a water delivery system with a cam profile, lever, and valve mechanism. This ensures efficient water flow control, thereby reducing water wastage significantly as compared to traditional cleaning methods.
- This innovative approach includes a water dispersal system with water-dripping modules and an integrated wiper that uniformly distributes water across the panel surface.
- The system's automation and mechanical actuation make it both energy-efficient and economical, providing a robust solution for maintaining solar panel efficiency by minimizing water consumption and maximizing cleaning effectiveness.
- Water Delivery System: The innovative water delivery system includes a cam profile, lever, and valve mechanism to control water flow efficiently.
- Water Dispersal System: This system comprises water-dripping modules and an integrated wiper that distributes water uniformly across the solar panel surface.
- Mechanically Actuated System: It uses mechanical movements to actuate the delivery and dispersal of water, optimizing water and energy use.
- Automated Robotic Integration: The technology can be integrated with automated robotic cleaning devices for enhanced cleaning efficiency and effectiveness.
An experimental proof of concept of the invention has been developed.
The innovation minimizes water usage in solar panel cleaning, boosting efficiency and sustainability. By optimizing cleaning procedures, it enhances energy output and reduces maintenance costs. This promotes a greener energy future by conserving water and reducing environmental impact.
- Solar Panel Cleaning: The primary application of this technology is in maintaining the efficiency and performance of solar panels.
- Automated Cleaning Systems: It can be adapted for use in various automated cleaning apparatuses beyond solar panels, wherever efficient water use is critical.
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