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The <strong>Advanced Module Technologies Conference</strong> on 210mm sized solar modules went online as scheduled on January 27, 2021, with Trina Solar, Risen Energy, Canadian Solar, INES and other organizations devoting insights to the discussions. Trina Solar was invited to deliver a keynote speech and participate in a round-table discussion, expounding the technological advantages of 210mm sized modules and discussed the development of advanced photovoltaic module technology with domestic and overseas practitioners in the photovoltaic industry.</p>
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<strong>DNV GL’s Technical Report: Reducing LCOE by 3.72%, Trina Solar Pioneers in Better System Value by 210 Vertex Modules Conjoining Single-Axis 2 portrait installation (2P) Tracker</strong></p>
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<em>50MW Cam Hoa Solar Farm, Ha Tinh Province, Vietnam</em></p>
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Vietnam is one of the fastest-growing solar energy markets in the world. In just a couple of years, the country has achieved a tremendous rise in solar energy, setting new examples for the region.</p>
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Since establishment from 1997, Trina Solar has been driven by innovative, reliable quality and customer value. Since the release of the first advanced Vertex 210mm modules in February 2020, the product line has been stacked with different products including Vertex S 400W, and the Vertex series of 500W, 550W and 600W and beyond, which fit well with the applications of residential, commercial and large scale power plant, as well as multiple scenarios of agriculture and fisheries .</p>
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Among all types of photovoltaic power plants, those used for agricultural solar lighting and fishing solar lighting come with the highest construction costs. This stems from the considerable challenges these projects hold – pile foundation, construction difficulty and labor cost – in comparison to more ‘normal use’ photovoltaic power plants.</p>
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Following the silicon wafer size controversy in the first half of the year, the mass production controversies of Longi, Jinko Solar, and JA Solar surrounding 182 modules have once again moved into the spotlight. Despite these controversies, large-size silicon wafer is still the strategy recognized by the entire industry today as the means to achieve grid parity for the photovoltaic industry.</p>
