Zonergy Monofacial high efficiency mono PV module ZPM410w MH5-54

199,00 €

Bruttopreis

Monofacial High Efficiency Mono PV Module 410w.

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Lieferbedingungen

Rücksendebedingungen

Technical Parameters

STC (Standard Testing Conditions): lrradiance 1000W/m2, Cell Temperature 25℃ , AM1.5

Maximum Power (Pmax/W)	400	405	410	415	420
Open Circuit Voltage (Voc/V)	36.96	37.11	37.26	37.41	37.56
Short Circuit Current (Isc/A)	13.60	13.70	13.79	13.89	13.98
Voltage at Maximum Power (Vmp/V)	31.00	31.15	31.30	31.45	31.60
Current at Maximum Power (Imp/A)	12.91	13.01	13.10	13.20	13.30
Module Efficiency (%)	20.48	20.74	21.00	21.25	21.51
Operating Temperature	-40° C ~ +85° C
Maximum System Voltage	1000/1500V

NMOT (Nominal Moudule Operating Temperature): lrradiance 800W/m2, Ambient Temperature 20℃ , AM1.5, Wind Speed 1m/s.

Maximum Power (Pmax/W)	300	304	308	312	316
Open Circuit Voltage (Voc/V)	33.97	34.12	34.27	34.42	34.57
Short Circuit Current (Isc/A)	11.10	11.18	11.27	11.35	11.43
Voltage at Maximum Power (Vmp/V)	28.19	28.34	28.49	28.64	28.79
Current at Maximum Power (Imp/A)	10.65	10.73	10.82	10.90	10.98

Cell type	182 × 91mm Mono
Cell Orientation	108 (6 × 18 )
Module Dimensions	1722 × 1134 × 35mm
Weight	22.0 kg
Glass	3.2mm high transmittance, reinforced glass
Backsheet	Anti-aging film
Frame Material	Anodized aluminum alloy
Junction Box	Protection class IP68
Cable	4.0 ㎟ positive pole: 200 mm negative pole: 250 mm wire length can be customized
Connector	MC4 compatible connector

Temperature Coefficient (Pm)	-0.340%/℃
Temperature Coefficient (Voc)	-0.270%/℃
Temperature Coefficient (Isc)	0.048%/℃
NMOT (Nominal Moudule Operating Temperature)	41±3℃

Transportation methods	40HQ container
Number of modules per cabinet	806pcs
Number of modules per pallet	31pcs +31pcs

High efficiency

The multi-busbar half-cut technology can boost energy density to deliver higher output.

Highly reliable

Certified in TUV salt spray, ammonia corrosion, 2400Pa wind load and 5400Pa snow load testing. Highly reliable.

High yield

Effectively reducing BOS costs to achieve lower LCOE and enhanced project profitability.

Low degradation

First-year degradation is less than 2.0%, with linear degradation of 0.55% per year for 25 years.

Low hot-spot risk

The next-generation cell technology and optimized circuit design adopted can support improved temperature coefficient and better hotspot resistance.

Low micro crack risk

The multi-busbar technology contributes to more effective prevention of Micro crack and broken busbars.

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