pv

RS9-650_670M (210-132 mono-facial modules) 655W 670W N Type Solar Modules Monofacial N Type Pv Module IP68 Complete System and IEC Product Certification IEC 61215(2016),IEC 61730(2016) ISO9001: 2015:Quality Management System ISO14001: 2015:Environment Management System ISO45001:2018:Occupational Health and Safety Management System Electrical Characteristics STC RS9-650M-E1 RS9-655M-E1 RS9-660M-E1 RS9-665M-E1 RS9-670M-E1 Maximum Power (Pmax) 650W 655W 660W 665W 670W Power

RS4-440_460MBG (182-120 bifacial module with dual glass) 25A 440W Mono Solar Panels 460W Solar PV Energy System ISO Approval Complete System and IEC Product Certification IEC 61215(2016),IEC 61730(2016) ISO9001: 2015:Quality Management System ISO14001: 2015:Environment Management System ISO45001:2018:Occupational Health and Safety Management System Electrical Characteristics STC RS4-440MBG-E1 RS4-445MBG-E1 RS4-450MBG-E1 RS4-455MBG-E1 RS4-460MBG-E1 Maximum Power (Pmax) 440W

RS6-560_570NXG N-type (182-144 black bifacial module with dual glass) Suitable for ground power plants and distributed projects Advanced module technology delivers superior module efficiency Gallium-doped WaferNon destructive cutting MBB half-cut Excellent power generation performance Excellent IAM and Weak light response Low temperature ratings 0.40% linear Power decline High module quality ensures long-term reliability Strict selected material Advanced technology

RS6-535_545MXG (182-144 black bifacial module with dual glass) Complete System and IEC Product Certification IEC 61215(2016),IEC 61730(2016) ISO9001: 2015:Quality Management System ISO14001: 2015:Environment Management System ISO45001:2018:Occupational Health and Safety Management System Suitable for ground power plants and distributed projects Advanced module technology delivers superior module efficiency Gallium-doped WaferNon destructive cutting MBB half-cut

400Wp full black panel We rede fined the high-efficiency module series by integrating 182mm silicon wafers with multi-busbar and half-cut cell technologies. The module combined creative technology and extremely improved the module efficiency and power output. Higher system voltages can effectively reduce BOS Lower operating temperature and temperature perature coefficient,obtain higher profit Significantly reduce the effect of hot spot temperature and shadow shielding

Mechanical Characteristics Cell Type Mono N-Type,182*182(1)mm,156(6*26)Half-Cut Cells Glass 3.2mm,High Transmission,Low Iron,Tempered Glass Frame Anodized Aluminum Alloy Junction Box IP68 Rated,With Bypass Diodes Weight 30.6kg Dimensions 2465*1134*35mm Output Cable 4mm2(EU),300mm,length can be customized Packing Information Container 40HQ Pallets per Container 16 Pieces per Container 496 N-Type /Positive power tolerance of 0~+3%/Max module efficiency 22.54%. Suitable for

Mechanical Characteristics Cell Type Mono P-Type,182*182(1)mm,144(6*24)Half-Cut Cells Glass 3.2mm,High Transmission,Low Iron,Tempered Glass Frame Anodized Aluminum Alloy Junction Box IP68 Rated,With Bypass Diodes Weight 27kg Dimensions 2278*1134*35mm Output Cable 4mm2(EU),300mm,length can be customized Packing Information Container 40HQ Pallets per Container 20 Pieces per Container 620 P-Type /Positive power tolerance of 0~+3%/Max module efficiency 21.48% Suitable for

Suitable for ground power plants and distributed projects Advanced module technology delivers superior module efficiency Gallium-doped WaferNon destructive cutting MBB half-cut Excellent power generation performance Excellent IAM and Weak light response Low temperature ratings 0.55% linear Power decline High module quality ensures long-term reliability Strict selected material Advanced technology Leading standard Ultra-hydrophilic self-cleaning coating

HJT 2.0 Technology Combining gettering process and single-side uc-Si technology to ensure higher cell efficiency and higher module power. 0.26%/ C Pmax temperature coefficient More stable power generation performance and even better inhot climate. SMBB design with Half-Cut Technology Shorter current transmission distance, less resistive loss andhigher cell efficiency. Up to 90% Bifaciality Natrual symmetrical bifacial structure bringing more energyyield from the backside.