Trina Solar supplies 187 MW of double-glass modules to EnBW for Germany's largest solar power plant by Staff Writers Zurich, Switzerland (SPX) Jun 30, 2020
Caption: Module installation at Germany's largest solar park in Weesow-Willmersdorf near Berlin has begun. The first of Trina Solar's 187.5MW double glass modules were mounted this week. Trina Solar has started delivering a total of 187.5 megawatts of its Duomax double-glass modules to energy utility EnBW for the Weesow-Willmersdorf solar park near Berlin. Duomax modules feature performance, durability and Trina Solar's extended dual-glass warranty. The Weesow-Willmersdorf project of Energie Baden-Wurttemberg AG (EnBW) is being built on 164 hectares of land and is the largest solar power plant in Germany to date. At the same time, it is also the country's first large-scale PV project to be run entirely without incentives from the Renewable Energy Sources Act (EEG). For the solar park, Trina Solar is currently shipping more than 465,000 of its TSM-DEG15M.20(II) Duomax modules with 144 half-cut cells and up to 410Wp output. The first 18,000 modules have already arrived at the construction site and delivery will be completed towards November. The large-scale power plant is scheduled to be fully grid connected by the end of 2020 and can supply the equivalent of 50,000 households with clean solar energy. With a calculated annual production of 180 million kilowatt hours, the solar park will save approx. 129,000 tons of CO2 per year over a planned operating period of 40 years. According to EnBW, the Weesow-Willmersdorf solar park is set to prove that projects of this dimension can be operated profitably even without feed-in tariffs. This has become possible particularly because PV system costs have fallen by over 80% in the last ten years. "Large-scale PV projects like this one are needed to further advance the transformation of energy systems. The Weesow-Willmersdorf Solar Park is a milestone in this respect", said Thorsten Jorb, Head of Photovoltaic Project Development at EnBW and Managing Director of the Weesow-Willmersdorf Solar Park. "We are firmly convinced that solar energy is competitive." As a pioneer in dual-glass technology, Trina Solar has many years of extensive hands-on experience from over 3GW Duomax module installations worldwide. The Duomax series offers high reliability even under harsh environmental conditions. Its dual-glass structure eliminates most natural aging factors. Trina Solar offers an extended 30-year warranty on Duomax products; over their long lifespan, the modules also deliver more power through a combination of half-cut cells and multi-busbar technology. - In addition, the new generation of modules uses lighter 2+2 mm glass and aluminum frames to simplify transportation and installation. Gonzalo de la Vina, Head of European Module Business at Trina Solar, said: "We are particularly pleased that EnBW has chosen Trina Solar's proven double glass technology for this flagship project. Since its introduction in 2013, this technology has matured continuously. Systems with extremely long lifetimes will naturally benefit from the durability of dual-glass modules and our extended performance warranty. "Overall, we are also seeing a clear trend in the market towards the use of dual-glass modules, especially for large, privately financed plants. The key factors here are robustness, reliability and top performance guaranteed over three decades."
JA Solar Supplies Solar Modules for an 110MW PV Project in Kansai, Japan Beijing, China (SPX) Jun 24, 2020 JA Solar announced recently that it has won the order to supply Mono PERC MBB modules for the 110MW photovoltaic (PV) power plant in Kansai, Japan, which is the largest single PV project in the country so far. Scheduled to connect to the grid in March 2022, the plant will generate 150 million kWh of electricity and reduce carbon dioxide emissions by 50,000 tons every year. Since it entered the Japanese market in 2011, JA Solar has gained a strong footprint in the local PV market with its superior ... read more
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