solar panel n type ip68

Purple Horn Photovoltaic Panel 400W 405 W 410 Watt 415Watt Solar PV Module Cell size:182mmx182mm Type:PERC, Half Cell, All Black, HJT, N-TYPE, Purple Horn Panel Dimensions:1722 x 1134 x 35mm Panel Efficiency:21.3% Certificate:CE / CB / TUV Number of Cells:108 Cells (6x18) Weight:20.8kg Front Side Glass:High transparency solar glass 3.2mm Backsheet:Black Frame:Black, anodized aluminium alloy Junction Box:IP68 Rated, 3 Diodes Cable:4.0mm2, Portrait: 300mm / Landscape: 1200mm Wind/Snow

RS5-480_505MX (182-132 black mono-facial module) 480W 490W Monocrystalline PV Module Panel Solar Bifacial 500W 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 RS5-480MX-E1 RS5-485MX-E1 RS5-490MX-E1 RS5-495MX-E1 RS5-500MX-E1 RS5-505MX-E1 Maximum Power (Pmax) 480W 485W

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

RS6-535_555MBG (182-144 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 Electrical Characteristics STC RS6-535MBG-E3 RS6-540MBG-E3 RS6-545MBG-E3 RS6-550MBG-E3 RS6-555MBG-E3 Maximum Power (Pmax) 535W 540W 545W 550W 555W Power Tolerance 0~+5W 0~+5W 0~+5W 0~+5W 0~+5W

RS21-410_425M(166-132 mono-facial modules) 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 RS21-410M-E1 RS21-415M-E1 RS21-420M-E1 RS21-425M-E1 Maximum Power (Pmax) 410W 415W 420W 425W Power Tolerance 0~+5W 0~+5W 0~+5W 0~+5W Module Efficiency 20.53% 20.78% 21.03% 21.28%

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 Wafer·Non destructive cutting ·MBB half-cut ·

RS7-610_630N N-type (182-156 mono-facial module) 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 RS7-610N-E2 RS7-615N-E2 RS7-620N-E2 RS7-625N-E2 RS7-630N-E2 Maximum Power (Pmax) 610W 615W 620W 625W 630W Power Tolerance 0~+5W 0~+5W 0~+5W 0~+5W 0~+5W Module Efficiency 21

RS6-525_550MX (182-144 black mono-facial modules) Product Description Suitable for ground power plants and distributed projects Advanced module technology delivers superior module efficiency · Gallium-doped Wafer·Non 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

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.