Ultra-High 675-705W Dual TOPCon Panels

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675-705W TOPCon Dual

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675-705W

FEMI-NET ® 675W ~ 705W Monocrystalline Silicon(DUAL)

N-type Bifacial TOPCon Technology
FEMI-N132D-675|680|685|690|695|700|705

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Comprehensive Certificates

ISO9001:2015
ISO14001:2015
ISO45001:2016
IEC61215&IEC61730

FEMI-NET 405-420W Monocrystalline Silicon

MECHANICAL DATA ENGINEERING DRAWING (mm)

Specification	Data
Cell Type	TOPCon cells
Cell Arrangement	120 [2 x (10 x 6) ]
Dimensions	2172 ˣ 1303 ˣ 33 mm (85.5 ˣ 51.3 ˣ 1.30 in)
Weight	34.5 kg (76.1 lbs)
Front Glass	2.0 mm heat strengthened glass with anti-reflective coating
Back Glass	2.0 mm heat strengthened glass
Frame	Anodized aluminium alloy
J-Box	IP68, 3 bypass diodes
Cable	4.0 mm² (IEC), 12 AWG (UL)
Cable Length(Including Connector)	410 mm (16.1 in) (+) / 250 mm (9.8 in) (-) or customized length*
Connector	T6 or MC4-EVO2 or MC4-EVO2A
Per Pallet	33 pieces
Per Container (40' HQ)	594 pieces or 528 pieces (only for US & Canada)

ELECTRICAL DATA | NMOT* FEMI-N120D / I-V CURVES

	Nominal Max Power (Pmax)	Opt. Operating Voltage (Vmp)	Opt. Operating Current (Imp)	Open Circuit Voltage (Voc)	Short Circuit Current (Isc)
FEMI-N675D	510 W	36.9 V	13.84 A	44.4 V	14.71 A
FEMI-N680D	514 W	37.1 V	13.88 A	44.6 V	14.75A
FEMI-N685D	518 W	37.2 V	13.91 A	44.8 V	14.79A
FEMI-N690D	522W	37.4 V	13.94 A	45.0 V	14.83 A
FEMI-N695D	526 W	37.6 V	13.97 A	45.2 V	14.87 A
FEMI-N700D	529W	37.8 V	14.00 A	45.4 V	14.91 A
FEMI-N705D	533 W	38.0 V	14.03 A	45.5 V	14.95 A

ELECTRICAL DATA

TEMPERATURE CHARACTERISTICS

Operating Temperature	-40°C ~ +85°C
Max. System Voltage	1500 V (IEC/UL) or 1000 V (IEC/UL)
Module Fire Performance	TYPE 29 (UL 61730) or CLASS C (IEC61730)
Max. Series Fuse Rating	35 A
Application Classification	Class A
Power Tolerance	0 ~ + 10 W
Power Bifaciality*	80 %

Specification	Data
Temperature Coefficient (Pmax)	-0.29 % / °C
Temperature Coefficient (Voc)	-0.25 % / °C
Temperature Coefficient (Isc)	0.05 % / °C
Nominal Module Operating Temperature	41 ± 3°C

Disclaimer: The electrical performance parameters in this product catalog are only used for comparison between different component types, and wo donot guarantee their complete accuracy. Due to innovative research and product improvement, women have the right to adjust the information in this technicalparameter document at any time without prior notice

ELECTRICAL DATA | STC*

		Nominal Max Power(Pmax)	Opt. OperatingVoltage(Vmp)	Opt. Operating Current (Imp)	Open Circuit Voltage (Voc)	Short Circuit Current (Isc)	Module Efficiency
FEMI-N675D		675 W	39.0 V	17.31 A	46.9 V	18.24 A	21.70%
Bifacial Gain**	5%	709 W	39.0 V	18.19 A	46.9 V	19.15 A	22.80%
	10%	743 W	39.0 V	19.04 A	46.9 V	20.06 A	23.90%
	20%	810W	39.0 V	20.77 A	46.9 V	21.89 A	26.10%
FEMI-N680D		680 W	39.2 V	17.35 A	47.1 V	18.29 A	21.9%
Bifacial Gain**	5%	714 W	39.2 V	18.22 A	47.1 V	19.20 A	23.0%
	10%	748 W	39.2 V	19.09 A	47.1 V	20.12 A	24.1%
	20%	816 W	39.2 V	20.82 A	47.1 V	21.95 A	26.3%
FEMI-N685D		685 W	39.4 V	17.39 A	47.3 V	18.34 A	22.1%
Bifacial Gain**	5%	719 W	39.4 V	18.26 A	47.3 V	19.26 A	23.1%
	10%	754 W	39.4 V	19.14 A	47.3 V	20.17 A	24.3%
	20%	822 W	39.4 V	20.87 A	47.3 V	22.01 A	26.5%
FEMI-N690D		690 W	39.6 V	17.43 A	47.5 V	18.39 A	22.2%
Bifacial Gain**	5%	725 W	39.6 V	18.31 A	47.5 V	19.31 A	23.3%
	10%	759 W	39.6 V	19.17 A	47.5 V	20.23 A	24.4%
	20%	828 W	39.6 V	20.92 A	47.5 V	22.07 A	26.7%
FEMI-N695D		695 W	39.8 V	17.47 A	47.7 V	18.44 A	22.4%
Bifacial Gain**	5%	730 W	39.8 V	18.34 A	47.7 V	19.36 A	23.5%
	10%	765 W	39.8 V	20.18 A	47.7 V	20.28 A	24.6%
	20%	834 W	39.8 V	20.96 A	47.7 V	22.13 A	26.8%
FEMI-N700D		700 W	40.0 V	17.51 A	47.9 V	18.49 A	22.5%
Bifacial Gain**	5%	735 W	40.0 V	18.39 A	47.9 V	19.41 A	23.7%
	10%	770 W	40.0 V	20.22 A	47.9 V	20.34 A	24.8%
	20%	840 W	40.0 V	21.01 A	47.9 V	22.19 A	27.0%
FEMI-N705D		705 W	40.2 V	17.55 A	48.1 V	18.54 A	22.7%
Bifacial Gain**	5%	740 W	40.2 V	18.43 A	48.1 V	19.47 A	23.8%
	10%	776 W	40.2 V	20.27 A	48.1 V	20.39 A	25.0%
	20%	846 W	40.2 V	21.06 A	48.1 V	22.25 A	27.2%

*Under Standard Test Conditions (STC) of irradiance of 1000 W/m² spectrum AM 1.5 and cell temperature of 25°C.
** Bifacial Gain: The additional gain from the back side compared to the power of the front side at the standard test condition. It depends on mounting (structure, height, tilt angle etc.) and albedo of the ground.

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