Would PU frame be a better choice for PV frame

In 2021, the global solar energy market size is about 185GW, corresponding to a border market of about 23 billion, of which China accounts for 80%, about 20 billion; in 2022, the PV module production capacity will grow by about 30%, and the border market will be around 30 billion; in 2023, the production capacity will grow by about 20%, and the border market will be 36 billion; according to the growth rate of 20% per annum, the projected growth rate by 2028, the border market will reach billions.

Glass fibre reinforced polyurethane composite frames offer excellent performance in terms of high corrosion and salt spray resistance, making them the best choice for photovoltaic (PV) module frames in corrosion-resistant application scenarios, such as marine and wastewater treatment plants.

A non-metallic material solution, glass fibre reinforced polyurethane composite framing, offers benefits not found in metal framing. It can bring significant cost reductions and efficiency gains to PV module manufacturers for distributed project environments with multiple scenarios and colour requirements.

Application scenarios for GRPU composite frames include module export, BIPV power generation, distributed power generation, complementary fisheries and solar power generation, corrosive zone power generation, coastal and surface power generation, and more.

With the growing demand for energy, the photovoltaic power generation market has a wide scope for development. From the current market trend, the new composite extrusion frame technology will dominate the future development of the photovoltaic industry and become an important force to promote its development. A new era belonging to the photovoltaic industry has arrived.