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EN Q PEAK DUO BLK G6 330 345 11 2016 Quality Tested high reliability low degradation optimized durability continous line monitoring ENDURING HIGH PERFORMANCE www VDEinfo com ID 40032587 YIELD SECURITY ANTI PID TECHNOLOGY APT HOT SPOT PROTECT HSP TRACEABLE QUALITY TRA QTM ANTI LID TECHNOLOGY ALT Q ANTUM TECHNOLOGY LOW LEVELISED COST OF ELECTRICITY Higher yield per surface area lower BOS costs higher power classes and an efficiency rate of up to 19 5 INNOVATIVE ALL WEATHER TECHNOLOGY Optimal yields whatever the weather with excellent low light and temperature behaviour ENDURING HIGH PERFORMANCE Long term yield security with Anti LID Technology Anti PID Technology1 Hot Spot Protect and Traceable Quality Tra Q EXTREME WEATHER RATING High tech aluminium alloy frame certified for high snow 5400 Pa and wind loads 4000 Pa A RELIABLE INVESTMENT Inclusive 12 year product warranty and 25 year linear performance warranty2 STATE OF THE ART MODULE TECHNOLOGY Q ANTUM DUO combines cutting edge cell separation and innovative wiring with Q ANTUM Technology 1 2 THE IDEAL SOLUTION FOR Rooftop arrays on residential buildings APT test conditions according to IEC TS 62804 1 2015 method B 1500 V 168 h See data sheet on rear for further information

MECHANICAL SPECIFICATION EN Format 1740 mm 1030 mm 32 mm including frame Weight 19 9 kg Front Cover 3 2 mm thermally pre stressed glass with anti reflection technology Back Cover Composite film Frame Black anodised aluminium Cell 6 20 monocrystalline Q ANTUM solar half cells Junction box 53 101 mm 32 60 mm 15 18 mm Protection class IP67 with bypass diodes Cable 4 mm Solar cable 1150 mm 1150 mm Connector St ubli MC4 Hanwha Q CELLS HQC4 IP68 1740 mm 980 mm 380 mm 1150 mm 4 Grounding points 4 5 mm Frame 981 mm 1030 mm Label 1150 mm 8 Drainage holes 4 Mounting slots DETAIL A DETAIL A 32 mm 16 mm 8 5 mm 24 5 mm ELECTRICAL CHARACTERISTICS POWER CLASS 330 335 340 345 MINIMUM PERFORMANCE AT STANDARD TEST CONDITIONS STC1 POWER TOLERANCE 5 W 0 W Minimum Power at MPP1 PMPP W 330 335 340 345 Short Circuit Current1 I SC A 10 41 10 47 10 52 10 58 Open Circuit Voltage1 VOC V 40 15 40 41 40 66 40 92 Current at MPP I MPP A 9 91 9 97 10 02 10 07 Voltage at MPP VMPP V 33 29 33 62 33 94 34 25 18 4 18 7 19 0 19 3 258 2 Efficiency1 MINIMUM PERFORMANCE AT NORMAL OPERATING CONDITIONS NMOT2 Minimum Power at MPP W 247 0 250 7 254 5 I SC A 8 39 8 43 8 48 8 52 Open Circuit Voltage VOC V 37 86 38 10 38 34 38 59 Current at MPP I MPP A 7 80 7 84 7 89 7 93 Voltage at MPP VMPP V 31 66 31 97 32 27 32 57 Measurement tolerances PMPP 3 I SC VOC 5 at STC 1000 W m2 25 2 C AM 1 5 according to IEC 60904 3 2 800 W m NMOT spectrum AM 1 5 RELATIVE EFFICIENCY COMPARED TO NOMINAL POWER EN 100 PERFORMANCE AT LOW IRRADIANCE At least 98 of nominal power during first year Thereafter max 0 54 degradation per year At least 93 1 of nominal power up to 10 years At least 85 of nominal power up to 25 years Q CELLS Industry standard for linear warranties Industry standard for tiered warranties 98 95 90 85 All data within measurement tolerances Full warranties in accordance with the warranty terms of the Q CELLS sales organisation of your respective country 80 75 0 5 10 15 20 Standard terms of guarantee for the 10 PV companies with the highest production capacity in 2014 as at September 2014 25 YEARS 110 100 90 80 200 400 600 800 1000 IRRADIANCE W m Typical module performance under low irradiance conditions in comparison to STC conditions 25 C 1000 W m2 TEMPERATURE COEFFICIENTS Temperature Coefficient of I SC K 0 04 Temperature Coefficient of VOC Temperature Coefficient of PMPP K 0 36 Nominal Module Operating Temperature K 0 27 NMOT C 43 3 PROPERTIES FOR SYSTEM DESIGN Maximum System Voltage VSYS V 1000 Maximum Reverse Current IR A 20 Max Design Load Push Pull Pa 3600 2667 Max Test Load Push Pull Pa 5400 4000 QUALIFICATIONS AND CERTIFICATES VDE Quality Tested IEC 61215 2016 IEC 61730 2016 This data sheet complies with DIN EN 50380 Class II PV module classification C TYPE 2 Fire Rating based on ANSI UL 61730 40 C 85 C Permitted Module Temperature on Continuous Duty PACKAGING INFORMATION 24t 40 HC Horizontal packaging 1780 mm 1080 mm 1208 mm 673 8 kg 28 pallets 26 pallets 32 modules Vertical packaging 1815 mm 1150 mm 1220 mm 683 kg 28 pallets 24 pallets 32 modules Note Installation instructions must be followed See the installation and operating manual or contact our technical service department for further information on approved installation and use of this product Q CELLS supplies solar modules in two different stacking methods depending on the location of manufacture modules are packed horizontally or vertically You can find more detailed information in the document Packaging and Transport Information available from Q CELLS Hanwha Q CELLS GmbH Sonnenallee 17 21 06766 Bitterfeld Wolfen Germany TEL 49 0 3494 66 99 23444 FAX 49 0 3494 66 99 23000 EMAIL sales q cells com WEB www q cells com Specifications subject to technical changes Q CELLS Q PEAK DUO BLK G6_330 345_2020 04_Rev02_EN Q CELLS PERFORMANCE WARRANTY RELATIVE EFFICIENCY 1 PMPP Short Circuit Current