LG LG280N1C-G3 280W MonoX NeoN Solar Module - MC4 Connectors - Black Frame


We recently made changes to our inventory of products and decided to no longer carry this item.

If you are still interested in purchasing the LG LG280N1C-G3 please use the following Amazon product link.

LG LG280N1C-G3 280W MonoX NeoN Solar Module - MC4 Connectors - Black Frame

Doing so will help us continue to employ our wonderful staff that works hard to support every customer everyday.

With warmest regards,

Infinigi Staff

LG280N1C-G3 MonoX NeoN 280W Solar Module with MC4 Connectors - Black Frame with White Backsheet

LG LG280N1C-G3 280W MonoX NeoN Solar Module - MC4 Connectors - Black Frame

LG's High Efficient Cell Technology
Driven by LG’s own N-type technology, LG’s high efficiency modules will provide customers with high economic benefits.

Light and Robust
With a weight of just 16.8 kg, LG modules are proven to demonstrate outstanding durability against external pressure up to 5400 Pa.

100% EL Test Completed
All LG modules pass Electroluminescence inspection. This EL inspection detects cracks and other imperfections unseen by the naked eye.

Reliable Warranties
LG stands by its products with the strength of a global corporation and sterling warranty policies. LG offers a 10 year product limited warranty and a 25 year limited linear output warranty.

Convenient Installation
LG modules are carefully designed to benefit installers by allowing quick and easy installations throughout the carrying, grounding, and connecting stages of modules.

100% EL Tested Completed
All LG modules pass Electroluminescence inspection. This EL inspection detects cracks and other imperfections unseen by the naked eye.

Positive Power Tolerance
LG provides rigorous quality testing to solar modules to assure customers of the stated power outputs of all modules, with a positive nominal tolerance starting at 0%.

Also Known As:
LG280N1C.G3
LG280N1C G3
LG280N1C_G3
LG280N1CG3

Electrical Properties (STC*)LG280N1C-G3
Maximum power at STC (Pmpp)280
MPP voltage (Vmpp)31.5
MPP current (Impp)8.97
Open circuit voltage (Voc)38.9
Short circuit current (Isc)9.56
Module efficiency (%)17.1
Operating temperature (°C)-40 +90
Maximum system voltage (V)600 (UL), 1000 (IEC)
Maximum series fuse rating (A)15
Power tolerance (%)0 +3
Electrical Properties (NOCT*)
Maximum power (Pmpp)206
MPP voltage (Vmpp)28.8
MPP current (Impp)7.15
Open circuit voltage (Voc)35.9
Short circuit current (Isc)7.70
Efficiency reduction (from 1000 W/m2 to 200 W/m2)< 4.5 %
Temperature Coefficients
NOCT45 ± 2 °C
Pmpp-0.42 %/K
Voc-0.31 %/K
Isc0.03 %/K
Mechanical Properties
Cells6 x 10
Cell vendorLG
Cell typeMonocrystalline
Cell dimensions156 x 156 mm2 / 6 x 6 in2
# of busbar3
Dimensions (L x W x H)1640 x 1000 x 35 mm  64.57 x 39.37 x 1.38 in
Static snow load5400 Pa / 113 psf
Static wind load2400 Pa / 50 psf
Weight16.8 ± 0.5 kg / 36.96 ± 1.1 lb
Connector typeMC4 connector IP 67
Junction boxIP 67 with 3 bypass diodes
Length of cables2 x 1000 mm / 2 x 39.37 in
FrameAnodized aluminum
Certifications and Warranty

Certifications
IEC 61215, IEC 61730-1/-2, UL 1703,
ISO 9001, IEC 61701(In progress),
DLG-Fokus Test “Ammonia Resistance”,
(In progress)
Product warranty10 years

Important note for the LG LG280N1C-G3 280W MonoX NeoN Solar Module - MC4 Connectors - Black Frame

Shipping Note: Due to the oversized nature of this product, freight is the only shipping method available. You may proceed with an order online and we will contact you prior shipping this item or please Contact Us and we will work to get you the exact shipping cost.
Note: Specifications and pricing of the LG LG280N1C-G3 280W MonoX NeoN Solar Module - MC4 Connectors - Black Frame subject to change without notice. Illustrations and descriptions of the LG LG280N1C-G3 do not claim to be complete or exhaustive.
McAfee Secure sites help keep you safe from identity theft, credit card fraud, spyware, spam, viruses and online scams
Verified
See Infinigi Reviews at Bizrate.com
Manufacturer Info
LG
Share Product
Share via E-Mail 
 Share on Facebook Share on Twitter