Industry Solutions
Global Innovation · Nano Coating Materials and Application Solutions
Global Innovation · Nano Coating Materials and Application Solutions
Self-cleaning and Anti-reflective Nanocoating Solution for Photovoltaic Modules
In the daily operation of photovoltaic power stations, photovoltaic modules face numerous challenges, among which dust accumulation, water stains, and static adsorption are particularly prominent. These issues not only significantly reduce the light transmittance of the modules but also increase the risk of hot spots, seriously affecting the power generation efficiency and operation and maintenance costs of the power station. According to related studies, dust accumulation causes an average annual power generation loss of over 15%, with some regions experiencing even higher losses. Frequent manual cleaning consumes a large amount of manpower, material resources, and financial costs, and improper operation may damage the modules, further shortening their service life. In addition, in areas with little rainfall or drought, the scarcity of water resources also makes cleaning work difficult to carry out effectively.
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Anti-corrosion and Insulation Nanocoating Solutions for Photovoltaic Equipment
Photovoltaic equipment is exposed to harsh outdoor environments for extended periods, facing serious issues of corrosion and insulation performance degradation. Corrosive media such as sea breeze, acid rain, salt spray, and industrial exhaust gases can erode the metal components of photovoltaic equipment, leading to reduced structural strength and shortened service life.
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Intelligent Operation and Maintenance Nano Coating Solution for Photovoltaic Power Stations
With the continuous expansion of photovoltaic power station scales, traditional operation and maintenance methods face numerous challenges. Manual inspections are inefficient, costly, and struggle to comprehensively and promptly detect equipment faults and risks. Meanwhile, photovoltaic modules and equipment experience performance degradation over long-term operation due to environmental factors and aging. Existing maintenance methods often fail to accurately assess the health status of equipment, leading to untimely repairs or excessive maintenance, which affects the power station's generation efficiency and economic benefits.
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Intelligent Self-Cleaning and Protective Nano-Coating Solution for Wind Power Equipment
Wind power equipment is widely distributed, with some located in remote areas or harsh environments. The surfaces of the equipment accumulate dust, dirt, bird droppings, and other pollutants, which not only affect the appearance of the equipment but also negatively impact its performance and service life. For example, the accumulation of pollutants on the nacelle and tower surfaces of wind turbines increases the equipment's own weight and accelerates corrosion.
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Anti-corrosion and Drag Reduction Nano Coating Solution for Wind Turbine Blades
Wind turbine blades are exposed to complex and harsh outdoor environments for extended periods, facing severe challenges. On one hand, wind, rain, sand, dust, ultraviolet rays, and corrosive substances in the air continuously erode the blade surfaces, causing wear and corrosion. This not only reduces the structural strength of the blades and shortens their service life but also increases maintenance costs and safety risks.
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Global Innovation · Nano Coating Materials and Application Solutions
Global leading nano coating solution
