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China Economic Research InstituteTo help enterprises, scientific research, investment institutions and other units understandPhotovoltaic frameIndustry development trends and future trends, especially the launch of the2024-2030 China Photovoltaic Frame Industry Development Monitoring and Development Trend Forecast Report”, this report was compiled by the research team of China Economic Industry Research InstitutePhotovoltaic frameThe industry has been tracking research for many years, using a combination of desktop research, quantitative surveys and qualitative analysis to comprehensively interpretPhotovoltaic frameIndustry market, deeply explore the potential business opportunities of the industry; scientifically apply research models, evaluate industry investment risks from multiple dimensions and then carefully study and compile.

Photovoltaic frames are important auxiliary materials for photovoltaic modules, mainly used to fix and seal photovoltaic modules, and have a great impact on the life of the modules. According to the material classification, they include aluminum alloy frames, steel frames and composite material frames, among which aluminum alloy frames have a penetration rate of more than 95% due to their high strength, good conductivity, corrosion resistance, oxidation resistance and easy recycling.

In the cost structure of photovoltaic modules, photovoltaic frames account for about 9%, which is higher than other auxiliary materials such as EVA, glass, backplane, and welding ribbon. It has a high value and is an indispensable part of the photovoltaic module process.

Benefiting from the continued growth of the component market, the photovoltaic frame has continued to increase in volume, and the demand for photovoltaic frames will further increase in the future. In the context of the high prosperity of the photovoltaic industry in recent years, without considering the impact of factors such as the future trend of large-size silicon wafers and other frame penetration rates, it is optimistically estimated that the annual demand for photovoltaic frames in 2030 will reach 3.2 million tons, and conservatively estimated to reach 2.711 million tons.

The upstream of the photovoltaic frame industry mainly includes raw materials such as aluminum alloy, stainless steel, composite materials, and rubber; the midstream is the photovoltaic frame production link, which mainly includes Yongzhen Technology Co., Ltd., Anhui Xinbo Aluminum Co., Ltd., CITIC Bohai Aluminum Holdings Co., Ltd., Yingkou Changtai Aluminum Co., Ltd., and Aikon Technology; the downstream of the photovoltaic frame industry is mainly photovoltaic module manufacturers, where competition is relatively fierce and the industry concentration is relatively high.