Leapton says its new panels have a temperature coefficient of -0.30% per C and an effectivity of as much as 23.14%. They arrive with a 30-year energy output assure for 87.4% of the preliminary yield.
Japan-headquartered Leapton Power Co., Ltd. has launched a brand new double-glass photo voltaic module primarily based on n-type tunnel oxide passivated contact (TOPcon) expertise and rectangular wafers.
The LP182*210M66NB modules function 182 mm x 210 mm n-type TOPCon cells and an aluminum alloy body.
“The modules are primarily based on 210R cells, which supply the benefit of 210 low open-circuit voltage, leading to increased string energy,” a spokesperson from the corporate informed pv journal. “In a typical 1500 V ground-mounted station system design, every string can join two extra modules, growing string energy by 13%.”
Leapton is providing six variations of the panels, with energy outputs starting from 600 W to 625 W. The effectivity rankings vary from 22.21% to 23.14%. The open-circuit voltage is between 44.54 V and 49.75 and the short-circuit present is between 15.78 A and 16.00 A. The utmost system voltage is 1,500 V.
The panels measure 2,382 mm x 1,134 mm x 30 mm and weigh 33.5 kg. Additionally they function an IP68 enclosure, 2.0 mm anti-reflection entrance glass, and a couple of.0 mm heat-strengthened glass on the bottom. They’ve a temperature coefficient of -0.30% per diploma Celsius and an operational temperature starting from -40 C to 85 C.
The brand new merchandise include a 30-year linear energy output assure and a 25-year product assure. The degradation within the first 12 months is purportedly 1.0%. The 30-year finish energy output is assured to be a minimum of 87.4% of the nominal output energy.
“Utilizing our 210R-66 medium-sized modules reduces the variety of strings, complete size, and amount of monitoring brackets by 13%, and reduces the variety of modules, DC cables, and MC4 connectors by 5%-8%.” the spokesperson added.
Leapton Power had a manufacturing capability of 3.5 GW in China on the finish of 2023.
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.
