Home > Product > 182 Series P-Type Modules > YC 450-470 PSF 60M 10/2

YC 450-470 PSF 60M 10/2

0~+5W

Power tolerance

12YEAR

Product Warranty

21.78%

Module Efficiency

QUALIFICATIONS & CERTIFICATES

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

AELECTRICAL PERFORMANCE
Electrical parameters at Standard Test Conditions (STC)
Module type	YC xxx PSF 60 M10/2 (xxx=Pmax)
Power output	P_max	W	450	455	460	465	470
Power output tolerances	△P_max	W	0/+5
Module efficiency	η_m	%	20.85	21.08	21.32	21.55	21.78
Voltage at Pmax	V_mpp	A	33.91	34.06	34.20	34.37	34.56
Current at Pmax	I_mpp	A	13.27	13.36	13.45	13.53	13.60
Open-circuit voltage	V_oc	V	41.18	41.33	41.48	41.63	41.78
Short-cicuit current	I_sc	A	13.85	13.93	14.01	14.09	14.17
STC：1000W/m2 irradiance,25°C module 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%

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PRODUCT DETAILS

AELECTRICAL PERFORMANCE
Electrical parameters at Standard Test Conditions (STC)
Module type	YC xxx PSF 60 M10/2 (xxx=Pmax)
Power output	P_max	W	450	455	460	465	470
Power output tolerances	△P_max	W	0/+5
Module efficiency	η_m	%	20.85	21.08	21.32	21.55	21.78
Voltage at Pmax	V_mpp	A	33.91	34.06	34.20	34.37	34.56
Current at Pmax	I_mpp	A	13.27	13.36	13.45	13.53	13.60
Open-circuit voltage	V_oc	V	41.18	41.33	41.48	41.63	41.78
Short-cicuit current	I_sc	A	13.85	13.93	14.01	14.09	14.17
STC：1000W/m2 irradiance,25°C module 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%

Electrical parameters at Nominal Operating Cell Temperature (NOCT)
Power output	P_max	W	335	339	342	346	350
Voltage at Pmax	V_mpp	V	31.73	31.91	32.07	32.12	32.32
Current at Pmax	I_mpp	A	10.55	10.61	10.67	10.77	10.82
Open-circuit voltage	V_oc	V	38.87	39.01	39.15	39.29	29.43
Short-circuit current	I_sc	A	11.19	11.25	11.32	11.38	11.44
NOCT:open-circuit module operation temperature at 800W/m2 irradiance,20°C ambient temperature,1m/s wind speed.

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 dur to half-cell design.

Power guarantee

First year attenuation ≦ 2%，2-25 year anual attenuation ≦ 0.55%

Large size cell

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

TAGS: Solar Energy / Green Electricity / Photovoltaic Power