Capacity, Applications, and Outlook

N-Type Modules Accelerate in Deployment and March Towards 700W TRENDFORCE ■ PERC cells have been exerting relatively low cost in recent years, though their space for efficiency elevation is now approaching the cap. As cost of materials, transportation, and land increases, a further improvement in conversion efficiency, reduction in system cost, and acceleration in iteration and upgrades for N-type technology, are becoming essential factors for PV businesses in occupying competitive advantages within the industry chain. 210mm cells are products of the times, and are currently transitioning from PERC to N-type, which is also the direction in technology and products for the PV industry in the future. 700W + modules adopted with 210mm cells and N-type technology have achieved technical breakthroughs. Module Maker Product Model Wafer Size (mm) Cell Quantity Maximum Module Maximum Module Power (W) Encapsulation Scenario Cell Technology Remark Efficiency (%) Golden Glass Solargigal Risen Energy CHINT Seraphim 210 700+ 210 705 23.02% Single glass Hyper-ion Astro N6 210 700 22.53% Ground power station Ground power station Ground power station HJT HJT Half-cut cell technology HJT 210 700 22 S5 Series N Type 210 HuaSun Himalaya G12 series 210 GCL-Poly GCL-M12/66GDF-N 210 Jolywood Niwa 210 Akcome AK iPower 7.0 210 Solargiga 210 132 Trina Solar Vertex N 210 132 Canadian Solar TOPBiHiKu7 210 Eging Aurora Pro 210 Golden Glass 210 Jolywood JA Solar Niwa Max 210 120 DeepBlue 4.0 X 182 156 Suntech Ultra V pro PLUS 182 156 Jinko Solar Tiger Neo 182 156 Longi Leye Hi-MO N 182 144 Suntech Ultra V pro 182 144 CHINT Jolywood REC Niwa Black Alpha Pure-R Trina Solar Vertex S+ Astro N5 Sumec Draco series HuaSun All-black bifacial double glass HJT module. 166 144 Canadian Solar HiHero 182 108 Suntech Ultra V pro mini 182 108 Jolywood Niwa Super 182 108 182 108 210 210 182 CHINT Astro N5s HuaSun All-black bifacial double glass HJT module 166 120 88888888388 888RRR9898888888 22.53 Ground power station Ground power station TOP Con 210mm HJT half-cut, 120mm, microcrystalline, 24 busbars, low silver paste content, alloy steel frame MBB + half-cut + high density encapsulation + non-destructive cutting HJT 22.5 Bifacial and double glass 24.5 Bifacial and double glass Bifacial and double glass 22.53 22.2 Single glass Bifacial and double glass 22.2 Bifacial 22.4 Bifacial and double glass. 22.4 Ground power station Ground power station Ground power station Ground power station Ground power station Ground power station Ground power station Ground power station Ground power station Ground power station Ground power station HJT SMBB design and half-cut wafer with advance cutting and zero wear and tear TOPCon TOP Con HJT TOP Con TOPCon 1/3-cut, low-temperature welding Half-cut cell technology TOP Con TOPCon HJT SMBB non-destructive cutting MBB, non-destructive cutting, high density lamination TOP Con Round welding strip and distinctive buffering design, zero pitch, no hidden TOPCon cracks 22.4 21.82 22.3 22.1 Mono-Si and bifacial Mono-si bifacial and double glass Double glass Bifacial and transparent backplane Ground power station TOP Con Ground power station TOPCon Ground power station TOPCon Ground power station TOPCon 22 Ground power station Bifacial and double glass Ground power station Ground power station 22.5 22 21.94 Distributed TOPCon TOPCon HJT HJT MBB + half-cut + high density encapsulation + non-destructive cutting Mono-Si and single-sided Ground power station TOPCon Distributed TOPCon 21.43 Bifacial Distributed TOP Con 22.3 Bifacial and double glass Distributed HJT HJT half-cut cell, lead-free, gapless technology 21.7 Bifacial and double glass. Distributed TOPCon 22 Distributed Bifacial and double glass Distributed TOPCon HJT MBB half-cut + high density encapsulation + non-destructive cutting OTrend Force All Rights Reserved

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