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From November 2021 the world’s leading testing service provider, TÜV Rheinland, began conducting a 12-month field performance test of Trina Solar’s 210 Vertex ultra-high power monofacial and bifacial modules. Data analyzed for the first four months shows that under various conditions of latitude and climate, Vertex 600W+ modules have higher bifacial gain, greater energy yield gain and more stable working temperature than regular reference modules.</p>
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Trina Solar has once again made it to the <strong>list of tier 1 PV module makers</strong> in the Bloomberg New Energy Finance market outlook for the second quarter, thanks to its outstanding reliability, 100% bankability and expanding production capacity. With the AAA rating, the highest category, in the PV ModuleTech Bankability report published last week, Trina Solar has become the only module supplier achieving both AAA rating by PV Tech and tier 1 PV module maker by BNEF.</p>
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Recently Trina Solar was awarded the LCA certificate for its 210mm Vertex modules by TÜV Rheinland, <strong>becoming the first solar company to receive LCA certification for 210mm modules</strong>. <strong>With the advantage of 210mm wafers, the Vertex modules achieve industry leading low carbon emissions.</strong></p>
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Current trends in the photovoltaics industry and system value and bankability of the Vertex 600W+ modules have been at the center of discussions in a recent webinar.<br />
The event, titled “Next generation PV: Utilizing ultra-high power Modules, a lower LCOE and higher value”, was co-organized by the internationally renowned</p>
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Dr Chen Yifeng, head of high efficiency cell and module R&D center at Trina Solar, has told a conference in Germany of Trina Solar’s leading advantages and the most recent R&D breakthroughs with P-type and N-type cells. He made his remarks in a speech to the PV CellTech conference in Berlin, held online and offline from April 25 to 26. The 210 Vertex platform technology combined with the cutting-edge technology reinforces its technical leadership, Dr Chen said.</p>