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DHC SINGLE CRYSTAL GLASS 580-605W


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Through the optimal integration of advanced production equipment, we have built our own intelligent, automated high-quality cell module, BIPV module production and manufacturing line. It adopts the industry's advanced fully automated production process, such as string welding, and realizes real-time control of the production process and equipment operation through the MES system, with a clean and dust-free environment in the workshop, and the automation level of the production line ranks among the top in the industry. We can customize 270w-660w modules, including monocrystalline whole wafer, half wafer series, single glass series, double glass series and other types of PV modules.

Product Description

Electrical Performance Parameters
Component model	600W
Testing environment	STC NOCT
Maximum power [Pmax/W]	600 454
Maximum power voltage [Vmp/V]	34.40 32.22
Maximum power current [Imp/A]	17.44 14.12
Open circuit voltage [Voc/V]	41.50 38.69
Short circuit current [Isc/A]	18.52 15.02
Component eﬃciency [%]	21.20
Maximum power test Common Standard Test Environment (STC) irradiance 1000W/㎡, atmospheric quality AM1.5, module temperature 25 ° C Nominal operating battery temperature (NOCT): irradiance 800W/㎡, ambient temperature 20 ° C, atmospheric quality AM1.5, wind speed 1m/s

Mechanical And Operating Parameters
Number of battery cells	120(6×20)
Junction box	IP68 , Three diodes
Output cable	4mm², length300mm, Customizable length
Glass	3.2mm Single layer coated tempered glass
Frame	Anodized aluminum alloy frame
Weight	31kg±3%
Size	2172×1303×35mm
Packing	31piece/Tray 558piece/40'HC
Working temperature	-40°C ~ +85°C
Power tolerance	0~+5 W
Current and voltage tolerance	±4%/±3%
Maximum system voltage	DC1500V (IEC)
Maximum fuse current rating	30A
Nominal operating battery temperature	45±2°C
Safety level	Class II
Fire rating	Class C

Temperature Coefficient(STC)
Short circuit current temperature coeﬃcient of frame section	+0.048%/°C
Open circuit voltage temperature coeﬃcient	-0.270%/°C
Maximum power temperature coeﬃcient	-0.350%/°C
Mechanical Load
Front maximum static load	5400Pa
Maximum back static load	2400Pa
Hail test	25mm hail, impact at 23 m/s