Today, I want to share a piece of great news from the forefront of science and technology with friends who are concerned about the fields of science and technology and energy! In the key field of photovoltaic technology application, Cangzhou Zhongtuo Cold Bending Forming Equipment Co., Ltd., together with the Korea Architecture Research Institute and many well-known companies in the industry, jointly played an innovative movement and achieved remarkable and significant results in the research and development of photovoltaic roof panels.
In the vast map of photovoltaic applications, the transformation of old color steel tile roofs has always been a “hard bone” on the road ahead. Many technical difficulties and complex situations in actual application scenarios have slowed down the progress in this field. However, Cangzhou Zhongtuo Cold Bending Forming Equipment Co., Ltd., relying on its strong R&D strength, has resolutely plunged into this challenge with its persistence in technological innovation and its responsibility for the development of the industry. The R&D team worked day and night, repeatedly demonstrating and testing various technical solutions in countless days and nights. After a long period of unremitting efforts, we have finally successfully completed the research and development of the epoch-making 2nd generation #photovoltaic roof panel type.
These two generations of photovoltaic roof panel types are like two bright new stars, shining with unique light in the industry. They have performance advantages and can cover the two common and representative roof panel types of #trapezoidal roof panels and #corner hidden roof panels, which greatly broadens the scope of photovoltaic roof panels in practical applications. Whether in industrial plants, commercial buildings, or residential buildings, they have a wider range of applicability.
Throughout the research and development process, Cangzhou Zhongtuo Cold Bending Forming Equipment Co., Ltd. adheres to a rigorous scientific attitude and conducts multi-level and rigorous tests on the developed photovoltaic roof panel types. In the tensile test link, the tensile conditions in various actual use scenarios are simulated, and the data are recorded and analyzed again and again to ensure that the panel can be as stable as before when subjected to external forces. At the same time, the climate differences in different regions are fully taken into account, especially special tests are carried out for severe weather.
Typhoons, as a kind of weather with strong destructive power, become the test object. By simulating the wind force, wind direction and other conditions of the typhoon, the wind resistance of the roof panel type in a strong wind environment is tested. It is these rigorous tests that have laid a solid foundation for the reliability and stability of the photovoltaic roof panel type in practical applications.
The joint research and development of Cangzhou Zhongtuo Cold Bending Forming Equipment Co., Ltd. and the Korea Architecture Research Institute is not only a simple technical cooperation, but also a far-reaching industry change. It successfully helped the company jump out of the vortex of “roll” of vicious competition in the industry, and is no longer limited to low-level price wars and homogeneous competition.
This achievement is not only a major victory at the technical level, but also a solid and powerful step towards the development of green energy applications in the future. It can be foreseen that in the near future, this innovative photovoltaic roof panel type will spread rapidly across the country and even more places around the world like a spark, and play a huge role. It will inject new vitality into the development of photovoltaic buildings and other fields, and help the global green energy cause reach a new peak.