Oct. 08, 2024
Academia and industry generally believe that the development of solar cells has entered the third generation. The first generation is monocrystalline silicon solar cells, and the second generation is polycrystalline silicon, amorphous silicon and other solar cells. Copper indium gallium selenide thin film solar cells have remarkable features such as low pollution, non-fading, and good low-light performance. A thin-film solar cell that is close to crystalline silicon solar cells is called a very promising new thin-film solar cell for the next generation and has been a research and development hotspot in recent years.
Chinese architecture has a long history and incorporates thousands of years of rich cultural heritage into its architectural form. As an important building material, photovoltaic tiles are widely used on the roofs of various buildings. Ancient literati described them as "like the leather of a bird, and like the flight of a bluebird", just like a kingfisher flying high and making a heavy roof light. This is the creation of ancient craftsmen. Through clever design, photovoltaic tiles create a beautiful arched surface, which not only satisfies the user's functionality but also satisfies people's pursuit of beauty. The combination of photovoltaic tiles and building systems not only achieves aesthetic appearance, but also incorporates modern technology.
Photovoltaic tile testing and certification.
Photovoltaic tile double 85 test: placed in an environmental test box at 85 degrees and 85% humidity for 1,000 hours to verify the heat resistance and moisture resistance of the photovoltaic tiles.
Photovoltaic tile TC200 test: Verify the low-temperature and high-temperature resistance of photovoltaic tiles in a temperature difference environment of -40 degrees to 85 degrees.
Photovoltaic tile HF (humid freezing) test: test and verify the high and low temperature humidity resistance of photovoltaic tiles in an environment of 25 degrees to 85 degrees with a humidity of 85% and -40 degrees to 25 degrees without humidity.
Photovoltaic tile 3C certification: Verify the safety performance of the photovoltaic tile itself, including shotgun test, falling ball test, heat resistance, moisture resistance, radiation resistance, etc.
Photovoltaic tile fire protection certification: Test the fire resistance of photovoltaic tiles.
Photovoltaic tile anti-hail test: simulate the impact of actual hail on photovoltaic tiles to verify the anti-hail performance of photovoltaic tiles.
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