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YC 470-490 NDF 60M 10/2

0~+5W

Power tolerance

15YEAR

Product Warranty

22.71%

Module Efficiency

QUALIFICATIONS & CERTIFICATES

IEC 61215, IEC 61730,IEC 62941: 2019, CE, ISO 9001:2015, ISO 14001:2015, ISO 45001:2018

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PRODUCT DETAILS

ELECTRICAL PERFORMANCE
Electrical parameters at Standard Test Consitions (STC)
Module type	YCxxxNDF 60 M10/2 (xxx=Pmax)
Power output	P_max	W	470	475	480	485	490
power output tolerances	ΔP_max	W	0/+5
Module effciency	η_m	%	21.78	22.01	22.24	22.47	22.71
Voltage at Pmax	_Vmpp	A	35.05	35.21	35.38	35.55	35.71
Current at Pmax	I_mpp	A	13.41	13.49	13.57	13.65	13.73
Open-circuit voltage	V_oc	V	42.38	42.55	42.71	42.87	43.04
Short-circuit current	I_sc	A	14.15	14.23	14.31	14.39	14.47
STC: 1000W/m2 irradiance, 25°C cell temperature, AM 1.5g spectrum according to EN 60904-3.
Average relative efficiency reduction of 3.3% at 200W/m2 according to EN 60904-1.
Max test power tolerance ± 3%.

Higher Durability

The multi-busbar design can decrease the risk of the cell micro-cracks and fingers broken.

High Power Density

High conversion efficiency and more power output per square meter,by lower series resistance and improved light harvesting.

Half-cell Design

Less energy loss cased by shading due to new cell string layout and split J-box, and lower cell connection power loss due to half-cell design.

Bifacial Power

Bifacial panel,High generation revenue

Large size cell

The large cell design effectively increases module peak power and effectively reduces BOS costs ,thereby reducing system costs.

Electrical parameters at Nominal Operating Cell Temperature (NOCT)
Power output	P_max	W	353.0	357.0	361.0	365.0	369.0
Voltage at Pmax	V_mpp	V	33.21	33.40	33.61	33.84	34.00
Currnt at Pmax	I_mpp	A	10.63	10.69	10.74	10.80	10.86
Open-circuit voltage	V_oc	V	41.14	41.28	41.42	41.57	41.71
Short-circuit current	I_sc	A	11.05	11.12	11.18	11.24	11.31
NOCT: open-circuit module operation temperature at 800W/m2 irradiance, 20°C ambient temperature, 1m/s wind speed.

THERMAL CHARACTERISTIC
Temperature cofficient pf Pmax	γ	%/°C	-0.290
Temperature cofficient of Voc	β_V_oc	%/°C	-0.240
Temperature coefficient of Isc	α_Isc	%/°C	+0.040

TAGS: Green Electrcity / Solar Energy / Photovoltaic Power