Large ground
10/04/2023
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500W+ultra-high power, 21.1% module efficiency Based on 210mm large size silicon chip and PERC single crystal battery, the innovative version design is adopted, with power exceeding 500W and efficiency up to 21.1%, leading the industry into the new era of photovoltaic 5.0. The excellent temperature coefficient and low irradiation performance improve the power generation of the module, which is large and unusual. It is not a simple stacking power. The module efficiency is improved synchronously, up to 21.1%
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550W+ultra-high power, 21.2% module efficiency Based on 210mm large size silicon chip and PERC single crystal battery, the innovative density version design is adopted, with power exceeding 550W and efficiency up to 21.2%. The excellent temperature coefficient and low irradiation performance of the Supreme Series have improved the power generation of the module, which is large and extraordinary. It is not just the stacking power, but also the efficiency of the module
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600W+ultra-high power, 21.4% module efficiency The design idea of low voltage and high series power is adopted to improve system efficiency and reduce BOS. Taking 600W components as an example, 33 components can be installed in each string under typical conditions; Compared with other brand products, the power of a single string is increased by about 41%, which can reduce the use of 15% supports, 17% supports and 35% combiner boxes. At the same time, it can save 11% cable use and 7% construction cost, creating an innovative technological breakthrough and pushing the photovoltaic industry into the era of 600W+
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670W ultra-high power, 21.6% module efficiency The design idea of low voltage and high series power is adopted to improve system efficiency and reduce BOS. Taking 670W components as an example, 28 components can be installed in each string under typical conditions; Compared with other brand products, the power of a single string is increased by about 34%, which can reduce the use of supports by 15% and the use of supports by 17%. At the same time, it can save 11% of the use of cables and 7% of the construction cost. BOS decreases by 0.08-0.09 yuan and LCOE decreases by about 1.2%, creating innovative technological breakthroughs and pushing the photovoltaic industry into the 600W+era.
