澳门威尼克斯人

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DNV, the world’s leading certification body in third-party activities, recently calculated the CAPEX and LCOE of Trina Solar’s 670W+ Vertex bifacial dual-glass modules (measured module power is 660W) plus Trina tracker. The calculations show that <strong>Trina Solar’s Vertex 210mm bifacial dual-glass module can cut CAPEX by up to 1.2 €c/W and LCOE by 2.29%</strong>&nbsp;compared with the 182mm bifacial dual-glass module.</p>

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Since the launch of Trina&nbsp;Solar ‘s 600W+ series, world leading design institutes and well-known third-party organizations have evaluated and studied the BOS and LCOE advantage of Vertex modules. Recently, Enertis Applus+, a global independent services provider to solar projects, has completed the assessment of CAPEX and LCOE of the new generation of ultra-high-power modules 210 (G12) from Trina solar and 166 (M6), 182 (M10) from other manufacturers.</p>

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In late September,&nbsp;the first batch of 30MW Trina Solar 210 Vertex 670W modules was shipped to the Nandagang fishery photovoltaic project in the city of Cangzhou, in Hebei, northern China, and more modules are continuing to be delivered.</p>

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<img alt="" src="/sites/default/files/2021110301.png" /></p>

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(image: Trina Solar)</p>

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on September 17, a 112MW PV power plant using Trina Solar 210 Vertex 670W ultra-high power modules successfully completed grid connection in Dachaidan, Qinghai Province.</p>

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<img alt="" src="/sites/default/files/2021102201.png" /></p>

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(Image: Trina Solar)</p>

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Extreme weather events everywhere are doing what cool logic had failed to do: convince even the most obdurate sceptics that climate change is indeed real. What has also become clear is that photovoltaic modules, one tool in the planet’s armory as it seeks to reduce carbon emissions by using alternative energy sources, need to be extremely sturdy as they are exposed to such weather over very long lengths of time.</p>