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In the global photovoltaic industry's shift towards intelligent and clean systems, XYT, as a leading brand in photovoltaic cleaning robots, consistently defines new industry standards through innovation. We focus on technological breakthroughs in photovoltaic cleaning robots and are committed to providing smarter and more efficient cleaning solutions for photovoltaic power plants worldwide.
The XYT X8 photovoltaic cleaning robot, showcased at the event, has become the focus of the industry due to its several groundbreaking technologies. This product integrates innovative technologies such as an ultra-wide dual-brush design, modular structure, anti-fall system, and automatic path planning. Specifically designed for the unique environment of photovoltaic power plants, it effectively solves many industry challenges. The X8 uses an industry-leading 1.8-meter ultra-wide brush head and innovatively employs a front and rear dual-brush design. Compared to conventional 1.2-meter models, it increases the coverage area per pass by 50%, shortens the cleaning time of large photovoltaic power plants by one-third, increases the daily cleaning capacity to over 2 megawatts, and reduces labor costs by 60%. The coordinated operation of the front and rear brush heads powerfully removes stubborn dirt, achieving rapid and thorough cleaning even in heavily polluted environments.
The innovative modular and detachable design makes the X8 exceptionally efficient in transportation and installation. The entire unit can be disassembled into six modules, with each module weighing no more than 15 kg. Loading and rapid on-site assembly can be easily completed by just two people, significantly reducing the logistics and installation costs of large cleaning equipment. In terms of safety, the X8 is equipped with an intelligent anti-fall system that uses four high-precision sensors at the front and rear to automatically stop the device when it approaches the edge of the photovoltaic panel, effectively preventing the risk of falls.
The X8 supports three-speed adjustment, with a maximum travel speed of 40 meters per minute, allowing for flexible adjustment of cleaning strategies based on the degree of contamination. For heavily contaminated surfaces, a low-speed mode enables deep cleaning, while a high-speed mode improves efficiency for light dust. The equipment's automatic path planning capability generates a bow-shaped cleaning path, achieving constant speed cruising and completely freeing the operator's hands. Regarding core components, the X8 uses a high-efficiency brushless motor, offering a 30% increase in torque, with no torque decay after 3000 hours of continuous operation, and a 50% reduction in maintenance costs, significantly improving equipment durability. The unique drive motor-linked brush head design effectively reduces power consumption during idling while preventing excessive friction damage to the photovoltaic panel surface.
The power system uses high-quality lithium battery cells, coupled with a self-developed remote control system, achieving an ultra-long 30-hour battery life and 100-meter long-distance control. A comprehensive protection system includes IP65 waterproof protection, motor overload protection, motor soft-start protection, lithium battery overload protection, and short-circuit power-off protection, ensuring stable operation in various harsh environments. The X8 also features automatic correction and ultra-large spacing crossing capabilities. When the equipment accidentally deviates, it can quickly and autonomously correct itself. For situations with large photovoltaic panel array spacing, it can temporarily shield the sensors through a spacing of ≤70 cm, adapting to various power station design requirements. The innovative water curtain rapid cleaning patented technology features multi-point water spray devices at the front end of the robotic roller brush, forming a powerful water curtain to quickly drive wastewater away from the photovoltaic panels, effectively preventing secondary pollution after cleaning.
As an innovator in the field of intelligent photovoltaic cleaning, XYT continues to expand its global market through in-depth R&D and a comprehensive product portfolio. To date, our products cover more than 60 countries and regions worldwide, providing cleaning products and services to nearly 10,000 medium and large-scale photovoltaic power plants. We always prioritize the personalized needs of users in different regions, continuously optimizing our products based on local environmental characteristics and power plant conditions. Adhering to the cultural philosophy of "professionalism, efficiency, and reliability," we ensure that every product undergoes rigorous testing and continuous improvement.
Technological strength is the core driving force behind XYT's development. Over 50% of the company's personnel are engaged in R&D, and we consistently maintain a high level of investment in this area. We firmly believe that only through continuous R&D investment and technological innovation can we maintain a leading position in a highly competitive market. In recent years, XYT's cleaning equipment has not only effectively changed traditional manual cleaning methods, significantly reducing labor risks and maintenance costs, but also achieved precise control and efficiency improvements in the cleaning process through intelligent upgrades. This unwavering pursuit of professionalism has earned us an excellent reputation among users worldwide.
Looking ahead, XYT will continue to delve into the field of photovoltaic clean energy technology, with the mission of "continuously changing traditional manual cleaning methods, reducing the risks of manual labor, and creating a new era of intelligent services." We will continue to increase our R&D investment, seeking new breakthroughs in areas such as intelligent robot control, cleaning path optimization, and multi-machine collaborative operations. As the global green energy transition accelerates, XYT will continue to lead the innovation of photovoltaic clean energy technology, contributing Chinese wisdom to the global new energy industry with innovative technologies. Through continuous technological innovation, we will provide the global new energy industry with smarter and more efficient clean energy solutions, helping photovoltaic power plants improve power generation efficiency, reduce operation and maintenance costs, and jointly promote the vigorous development of the clean energy industry.
