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    Home»Solar»FuturaSun unveils n-type heterojunction solar modules – pv magazine International
    Solar

    FuturaSun unveils n-type heterojunction solar modules – pv magazine International

    By March 1, 2023No Comments4 Mins Read
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    Italy’s FuturaSun has developed new bifacial double-glass PV modules based mostly on n-type heterojunction (HJT) half-cut multi-busbar photo voltaic cells. The Velvet Professional line options M6 cells with energy scores from 380 W to 480 W for rooftop purposes. The Velvet Premium line options M12 cells, with energy scores from 615 W to 700 W for giant purposes.

    March 1, 2023 Beatriz Santos

    FuturaSun enters the heterojunction (HJT) market with a brand new line of bifacial, n-type, half-cut multi-busbar HJT photo voltaic modules for rooftop arrays and large-scale purposes.

    “The bifaciality issue of the Velvet module ends in roughly 15% increased than the usual worth of the bifacial module based mostly on PERC know-how,” the Italy-based module producer stated, asserting that their bifaciality issue reaches 85%.

    The Velvet Professional line for residential and industrial rooftop purposes has a glass-glass construction with 120 or 144 HJT multi-busbar half-cut M6 cells. The modules with 120 cells are available 5 variations, with energy scores from 380 W to 400 W, and energy efficiencies from 20.9% to 22.0%. The open-circuit voltage is between 44.46 V and 44.88 V and the short-circuit voltage present is from 10.73 A to 11.12 A.

    They measure 1,755 mm x 1,038 mm x 30 mm and weigh 23.5 kg. The entrance aspect is roofed with a 2 mm anti-reflection coating glass whereas the again aspect comes as a 2 mm white or clear glass.

    “The glass-glass construction ensures excessive load-bearing capability, sturdy mechanical stability, and distinctive resistance to climate brokers,” stated FuturaSun. “As well as, it reduces the chance of micro-cracks, snail observe impact, and corrosion ensuing from humidity, sand, and salt fog.”

    The modules with 144 HJT cells additionally are available 5 variations, with energy scores from 460 W to 480 W, and energy efficiencies from 21.2% to 22.1%. The open-circuit voltage is between 53.21 V and 53.76 V and the short-circuit voltage present ranges from 10.59 A to 10.81 A. They measure 2,094 mm x 1,038 mm x 30 mm and weigh which is 27.5 kg.

    The Velvet Premium line for industrial and utility-scale PV techniques encompasses a glass-glass construction with 120 or 132 HJT multi-busbar, half-cut G12 cells.

    The modules with 120 cells are available 5 variations, with energy scores from 615 W to 635 W, and energy efficiencies from 21.7% to 22.4%. The open-circuit voltage is between 44.76 V and 45.47 V and the short-circuit voltage present ranges from 17.18 A to 17.42 A. They measure 2,172 mm x 1,303 mm x 35 mm and weigh which is 35.3 kg.

    The modules with 132 HJT cells additionally are available 5 variations, with energy scores from 680 W to 700 W, and energy efficiencies from 21.9% to 22.5%. The open-circuit voltage is between 49.51 V and 50.14 V and the short-circuit voltage present ranges from 17.19 A to 17.42 A. They measure 2,384 mm x 1,303 mm x 35 mm and weigh which is 38.7 kg.

    The brand new merchandise can work with a most system voltage of 1,500 V and have an IP67 / IP68 junction field with anodized aluminum frames. They’ve a temperature coefficient of -0.26% per diploma Celsius and their working temperature ranges from -40 C to 85 C.

    They’ve a 30-year linear energy output guarantee and a 15-year product guarantee. The degradation within the first 12 months is claimed to be 1.0% and the 30-year ending energy output is assured to be at least 88% of the nominal output energy.

    “This stability can also be because of the new module of the cells, which is light-induced degradation (LID) resistant, as a result of the n-type cells are doped with phosphorus and never boron,” stated FuturaSun.

    This content material is protected by copyright and will not be reused. If you wish to cooperate with us and wish to reuse a few of our content material, please contact: editors@pv-magazine.com.

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