Belgian solar panels manufacturer Belinus has announced successfully reaching mass production for the world’s 1st and only one N-type heterojunction (HJT) solar panel based on glass-glass technology, with power conversion efficiency up to 23,4%, and in ultra-black aesthetic for elegant rooftops. It is not about the easthetic, as they claim in the company, Ultra Black Solar Cell Technology eliminates the color difference on the solar panels and increases the effectiveness of the panels by up to 5%.
These new generation of modules are manufactured in TIER1 European automated factories and features the world's one of the most powerful 120-cell solar panels and one of the top power range availability up to 400W in HJT series, representing 220 watts per square meter and providing (11%) more power than conventional panels in the same area.
The use of double glass instead of backsheet provides the advantage as this specific material does not spread the flames in case of fire (Fire safety class A). Another benefit is 2 independent section designs that guarantee a higher energy yield in case of shading.
Technical Data:
Laminate Structure - Glass/ POE/ Cells/ POE/ Glass Cell Type -HJT Mono 166 x 83 mm
Cell Connection - 120 (60x2)
Maximum Power (Pmax) - 400- 426W by assuming 10% of reflected light to the back Max Module Efficiency(%)- 22,0%-23,4% by assuming 10% of reflected light to the back For more mechanical and electrical inputs, please download the datasheet.
Belinus M8 Series with heterojunction (HJT) technology is already available in Germany at the wholesalers. The company R&D department claims n-type HJT glass-glass ultra-black modules can help bring down levelized cost of electricity (LCOE) by (8%) compared to PERC modules thus contributing to higher revenues. The company is the only one in the world offering the longest - 35 years of warranties on performance including all-inclusive support and services throughout this whole period such as shipping new parts, shipping old parts or installation per customer’s requests.
