LG Neon 2 Bifacial LG425N2T-E6
$265.00
The LG Neon 2 Bifacial LG425N2T-E6 is a bifacial solar panel manufactured by LG. The panel has a maximum power output of 425 watts and is designed to operate at a voltage of 33.6 volts. It is part of the LG Neon 2 Bifacial series of solar panels, which are known for their high power output and high efficiency.
Description
LG Neon 2 Bifacial LG425N2T-E6 Solar Module
The LG NeONRH BiFacial is one of the most powerful and versatile modules on the market today. The LG NeONRH BiFacial is designed to absorb sunlight from both the front and rear sides of its cells by using a transparent back sheet, providing up to 30% higher electricity production.
KEY FEATURES
Enhanced Performance Warranty
LG NeONRH BiFacial comes with an enhanced performance warranty. After 25 years of use, the LG NeONH BiFacial is guaranteed to provide at least 96.4% of initial performance.
Industry-Leading Product Warranty
LG offers an industry-leading 25 year product warranty on the NeONH BiFacial.
Reliable Quality
LG NeONRH BiFacial offers reliable and proven quality through rigorous testing.
More Generation In Less Space
LG NeONRH BiFacial is designed for efficient use even in limited space thanks to its output-enhancing dual-side absorption of sunlight.
Key Properties:
- Nominal output: 425 W
- System voltage: 1000 V
- Nominal module voltage: 40.8 V
- Nominal module current: 10.42 A
- Cell Material / Type: Bifacial / N-type
- Cell Configuration: 144 Cells (6 x 24)
- Module Dimensions (L x W x H): 2130 x 1042 x 40 mm
- Weight: 22 kg
- Backsheet: Transparent
- Frame: Anodized Aluminium
- Protection Degree: IP 68
- Connector: MC4
Frequently Asked Questions:
How do I properly install and connect my new LG Neon 2 Bifacial LG425N2T-E6 solar panels, and what equipment is needed for this process?
Here's a general guide on how to properly install and connect your new LG Neon 2 Bifacial LG425N2T-E6 solar panels:
1. Before starting the installation, make sure you have all the necessary equipment:
- Solar panels (LG Neon 2 Bifacial LG425N2T-E6)
- Mounting hardware (flashing, rails, clamps)
- Electrical connectors (MC4, crimp tools)
- Junction boxes
- Wiring (MC4 cable)
- Inverter and batteries (if using an off-grid system)
- DC combiner box
2. Follow the manufacturer's instructions for mounting the panels on your roof or ground. Make sure the panels are installed at the correct angle and orientation to maximize solar output. Use appropriate mounting hardware, such as flashing, rails, and clamps, to securely fasten the panels in place. Connect the panels together using MC4 connectors and wiring. Ensure that you follow a positive and negative polarity to avoid any electrical hazards. Make sure to crimp the connectors properly, following manufacturer guidelines for compression force and torque requirements. Install junction boxes on the solar array to protect the electrical connections from weather elements. Ensure they are placed in appropriate locations so that there is no water accumulation in them. Connect the DC wiring between the panels and the combiner box. This will collect the power output from all the panels, before it's sent to the inverter or battery storage. Make sure you follow manufacturer guidelines on the length of wiring required for this connection, as longer distances may reduce power output due to voltage drop. Connect the AC wiring between the combiner box and your home's electrical system or a backup battery storage. This is where the electricity generated by your solar panels is converted into usable form. Make sure that you have an appropriate inverter rated for the size of your system, and follow manufacturer guidelines on how to properly connect it. Perform regular maintenance checks to ensure that everything is functioning correctly. This includes cleaning the panels regularly to remove any dirt or debris accumulated over time, which may reduce their efficiency. It's also important to check all connections periodically to make sure they are still tight and secure. Consider hiring a qualified professional for installation if you're not confident in your DIY abilities. This will ensure that everything is done correctly, and it will also come with a warranty from the manufacturer or installer.
Adalyn Hewitt –
I was on the hunt for an affordable solar panel that doesn’t compromise on quality, I was thrilled to discover our go-to option – let’s call it the Dortmund Delight. Priced at a jaw-dropping $265, this baby is a steal compared to some of the fancy schmancy models out there.
But don’t let the low price tag fool you – the DD packs a serious punch with its impressive bifacial design that generates power from both sides of the panel. And let’s not forget about the sleek LG branding that’ll make your neighbors green with envy (pun intended).
If you’re considering sharing the cost of a solar panel system with a partner, here are some tips to ensure fairness and a harmonious partnership:
1) Communicate openly and honestly about your financial situations and goals. This will help you determine the best panel options based on your needs and budget.
2) Decide on a clear ownership structure and division of costs, such as who pays for installation, maintenance, and any necessary permits or inspections.
3) Establish a plan for managing household expenses related to the solar system, like electricity bills and taxes.
4) Consider the potential for future income or savings from the panels, and how those will be allocated between partners.
5) Lastly, don’t forget to factor in any emotional considerations, such as feelings of fairness or resentment, and work together to address them proactively.
With these tips in mind, you can ensure a happy and harmonious solar partnership – just like a well-oiled machine (or DD). Happy shopping, and may the sun be with you!