LEAPTON Solar LP182M60-MH-460W, Mono, MBB, Halfcell, Black frame

SKU: LP182M60-MH-460W/BF
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Technical characteristics LEAPTON Solar LP182M60-MH-460W, Mono, MBB, Halfcell, Black frame:
Main features
Full list of features
A type Monocrystalline /11BB (bus bar)
Maximum power (Pmax) 460 W
Voltage Maximum Power (Vmp) 35.2 V
Voltage open circuit Voc 41.8 V
Maximum system voltage 1500 V (IEC)
Connector Type MC4
cable 2x1200mm
section 4mm²
Main
A type Monocrystalline /11BB (bus bar)
Maximum power (Pmax) 460 W
Voltage Maximum Power (Vmp) 35.2 V
Current at Maximum Power (Imp) 13.08 A
Voltage open circuit Voc 41.8 V
Short-circuit current (Isc) 13.78 A
Maximum system voltage 1500 V (IEC)
Efficiency 213 V/m2 , 21.35 %
Temperature coefficient (Isc) + 0,05 %/C
Temperature coefficient (Voc) – 0,28 %/C
Temperature coefficient (Pmax) – 0,36 %/C
Additionally
Elements 60 х 2 cells (182х182mm)
Coating tempered glass with AR coating
Frame anodized aluminum /пофарбована в чорний колір
Connector Type MC4
cable 2x1200mm
section 4mm²
Certification EC 61215-2: 2016
IEC 61730-2: 2016 J-PEC(Japan)
ISO9001
ISO14001
OHSAS18001
Physical
The weight 23.5 kg
Height 1909 mm
Width 1134 mm
Depth 30 mm
Performance Guaranteed Linear 10 years 92% of Pmax, 25 years 82.0% of Pmax
Warranty
Warranty 72 months
Package dimensions
Width 30 mm
Height 1130 mm
Length 1900 mm
Weight 23.50 kg
Volume 0.0644 m3
The Leapton solar module is designed for stand-alone, grid and hybrid photovoltaic systems. It can be used for domestic, commercial, industrial purposes. Suitable for solar power plants under the "green" tariff.
5450 UAH*
out of stock
Where to buy: LEAPTON Solar LP182M60-MH-460W, Mono, MBB, Halfcell, Black frame:
Mekka
PV-панель Leapton Solar LP182M60-MH-460W, Mono, MBB, Halfcell, Black frame (LP182M60-MH-460W/BF)
Vencon.ua
Leapton Solar LP182x182-M-60-MH-460W, Mono
Скарби (ckapbu.com)
PV-панель Leapton LP182M60-MH-460W/BF
Features: The module consists of 60 monocrystalline photocells with conductive buses in each cell. On the back side, a layer of dielectric (PERC technology) is applied to the silicon plates, and the interaction with the metal substrate occurs through micro holes. On top, the photocells are protected by strong tempered glass with a minimum iron content. The light, strong, corrosion-resistant body of the solar battery is made of aluminum alloy. At the back there is a junction box for quick and convenient connection of the power generating device.
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