Recently, a 2.64-megawatt large-scale water-floating solar power station in Okayama, Japan, was officially opened. All of the power stations use the DUOMAX double-glass unit supplied by Trina Solar.
The large floating floating power station occupies an area of approximately 60,000 square meters and is equipped with 8,800 Trina Solar dual glass modules. It is expected to provide clean power for 880 households and will reduce carbon dioxide emissions by approximately 2,201 tons.
The company’s president, Chen Xi, said, “We are very pleased to see that the large-scale power plants have started using Trina Solar's DUOMAX dual-glass components. This leading technology and the high quality products and services that Trina Solar offers are We have an important factor for customers to choose and trust. '
Trina Solar's DUOMAX dual-glass module adopts a unique technology with double-sided glass structure, which can greatly improve the performance and reliability of the product, and provide 30 years of quality assurance. It has excellent performance in the industry and is not floating on the water power station. The second choice.
In the 20th anniversary of Trina Solar recently concluded last month, Trina Solar released the "True Smart" Smart Photovoltaic Solution for the global market, which includes two scene modes: Ground Tracking System Solution and Floating Surface Solution. .
'Tianhe Smart Optimal' surface floating solution is optimized and matched by Trina Solar's double-sided double glass or other high-efficiency photovoltaic modules, high-quality floating system and first-class inverter, which can effectively solve the problem of land binding and adapt to local conditions. While broadening the channels for photovoltaic applications, it also reasonably protects the ecological environment of the waters. The 'Tianhe Smart Optimal' ground tracking system solution is the preferred European high-quality tracking support.
Through equipment optimization, system optimization and smart interconnection, 'Tianhe intelligent optimization' can help customers increase system power generation by at least 30% while saving more than 10% of the cost of electricity.