Recently, a 10 MW photovoltaic power plant designed, developed, and manufactured by Suzhou Freeneep Technology Co., Ltd., a subsidiary of Jiangyin Free Tech Co., Ltd., successfully achieved grid connection. This project marks the world’s first photovoltaic power station featuring integrated polyurethane composite frames and mounting structures, signifying a major breakthrough in the application of composite materials and system integration within the photovoltaic industry. It sets a new benchmark for innovation and progress in the field.
The project’s groundbreaking use of polyurethane composite materials offers numerous advantages compared to traditional metal-based frames and mounts. Firstly, polyurethane composites exhibit exceptional corrosion resistance, enabling stable long-term operation in harsh environmental conditions, thereby significantly extending the lifespan of photovoltaic power plants and reducing maintenance costs. Secondly, the lightweight nature of the material facilitates easier transportation and installation, reducing logistics expenses and construction complexity.
Additionally, the reduced structural strength requirements for photovoltaic mounts further lower material and construction costs. Moreover, the material’s high strength and excellent insulation properties ensure operational safety and stability under complex climatic conditions, allowing uninterrupted delivery of clean energy to the grid.
Notably, the project incorporates high-quality photovoltaic modules from partners such as SUNOVA SOLAR, seamlessly integrated with Jiangyin Free Tech’s independently developed polyurethane composite frames and mounting structures. By optimizing system integration, the project maximizes power generation efficiency and overall performance, providing robust support for the production of clean energy and enhancing both its market competitiveness and demonstration value.
From design to production, Jiangyin Free Tech Co., Ltd. exercised full control over every stage of the process. This achievement underscores the company’s exceptional research and development capabilities and its robust industry chain integration, reflecting the innovative contributions of Chinese enterprises to the global clean energy landscape. It also highlights their commitment to leading and enabling the global transition toward sustainable energy solutions.
The successful completion of this project is expected to serve as a “lighthouse” for the integrated application of composite frames and mounts in photovoltaic power plants. It provides valuable practical support for the adoption of polyurethane composite materials in the photovoltaic sector, offering critical insights for future projects regarding material selection and system integration. This success contributes to cost reduction, efficiency improvement, and enhanced environmental performance across the industry.
Additionally, it is anticipated to attract greater interest and exploration of polyurethane composites by stakeholders throughout the photovoltaic value chain, fostering collaborative innovation and development, and advancing the global clean energy agenda.
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