L'LIOS TOPCon 570 Wp Solar Panel

Dimensions	2278(L) x 1133(W) x 35(T)
Weight(kg)	33
Cell type / No Of Cell	144 Half-cut N-type TOPCon Bifacial Solar cells
Frame	Anodized Aluminum Alloy (6005, Temper T6, Silver colour)
Front Cover	Low Iron semi-Tempered AR coated Glass (2 mm thick )
Encapsulate	PID resistant and UV resistant Polymeric Film
Back Cover	Low Iron semi-Tempered Glass (2 mm thick)
Junction Box	30A Split Junction Box (3 nos. with individual Bypass Diode) – Weatherproof (IP68)
Bypass Diode	50 A, 45 V, 200 °C max. junction temperature
Cable	4 sq. mm, 300 mm length (Customised cable length available on request)
Connectors	MC4 compatible (MC4 original available on request)
Application Class Rating	Class A
Safety Class Rating	Class II
Mechanical Load Test	5400 Pa-Front; 2400 Pa-Back (as per IEC & UL)
Mounting Holes Pitch (Y)-mm	[A] 1400, [B] 1100 [C] 400, (Holes at 400 mm Y-pitch for tracker can be provided on customer request)
Mounting Holes Pitch (X)-mm	1095

 

ELECTRICAL PERFORMANCE [Note: Power tolerance: 0 ~ +4.99 W. Power measurement uncertainty: < ±3%. Average value of NOCT: 44.28 ± 2 °C]

ELECTRICAL CHARACTERISTICS                                                   
RS570144TGC

	STC	NOCT
Nominal Maximum Power (Pmax)	570 W	427 W
Optimum Operating Voltage (Vmp)	44.37 V	41.67 V
Optimum Operating Current (Imp)	12.85 A	10.26 A
Open Circuit Voltage (Voc)	52.39 V	49.40 V
Short Ciruit Current (Isc)	13.54 A	10.91 A
Module Eff(%)	22.08 %

BIFACIAL OUTPUT – BACKSIDE POWER GAIN @ STC* [Bifaciality Factor: 80% ± 10%]

[Note: The bifacial gain depends on the power plant design and site conditions.]

5%	Nominal Maximum Power (Pmax) Module Eff (%)	599 W 14.21 A / 23.21 %
10%	Nominal Maximum Power (Pmax) Module Eff (%)	627 W 14.89 A / 24.29 %
25%	Nominal Maximum Power (Pmax) Module Eff (%)	713 W 16.92 A / 27.63 %

 

• Anti-Reflective (AR) Coated Glass for Enhanced Power
• Positive Power Tolerance with Current Binning to Prevent Mismatch Losses
• Pre and Post EL Checking With High Resolution Camera
• N-Type TOPCON with Zero LID Loss