LG Neon H LG380N1C-E6 Solar Module

$245.00

The LG Neon H LG380N1C-E6 is a monocrystalline solar panel manufactured by LG. The panel has a maximum power output of 380 watts and is designed to operate at a voltage of 34.2 volts. It is part of the LG Neon H series of solar panels, which are known for their high power output and high efficiency.

SKU: lg-neon-h-lg380n1c-e6-solar-module Category: Tags: , ,

Description

LG Neon H LG380N1C-E6 Solar Module

LG NeONR H – Better. More efficient. Guaranteed.
The new LG NeONR H solar module now offers even more performance. Equipped with half-cut technology, it provides up to 380 watts and withstands a pressure of 6,000 Pa. In addition, the LG NeONR H offers a 25-year product and performance guarantee for more performance and reliability.

120 Cells
LG’s new module, NeONRH, adopts CELLO technology. CELLO technology replaces busbars with thin wires to enhance power output and reliability. NeONR H demonstrates LG’s efforts to increase customer’s values beyond efficiency. It features enhanced warranty, durability, performance under real environment, and aesthetic design suitable for roofs.

Key Properties:

  • Max. Power Pmax: 380 W
  • Module Efficiency: 20,6 %
  • System voltage: 1000 V
  • MPP Voltage Vmpp: 35,1 V
  • MPP Current Impp: 10.85 A
  • Cell Type: Monocrystalline / N-type
  • Cell Configuration: 120 Cells (6 x 20)
  • Module Dimensions (L x W x H): 1768 x 1042 x 40 mm
  • Weight: 18,5 kg
  • Frame: Anodized Aluminium
  • Junction Box: IP68 with 3 Bypass Diodes
  • Connector: MC4 /

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Frequently Asked Questions:

What is the voltage rating for the LG Neon H LG380N1C-E6 solar module, and what precautions should be taken when installing it in a shaded area?

The voltage rating for the LG Neon H LG380N1C-E6 solar panel is 600V. The precautions that should be taken when installing it in a shaded area include:
1. Reducing the overall output of the solar panel to compensate for the reduced amount of sunlight reaching the panel.
2. Installing a shade cloth or other shading device to block direct sunlight from the shaded area.
3. Positioning the solar panel at an angle that maximizes exposure to sunlight and minimizes obstruction by trees or other objects in the shaded area.
4. Checking the solar panel regularly for signs of damage or reduced efficiency due to shading.

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