LG was once a renowned manufacturer of premium solar panels. However, the company has discontinued its solar panel production line to focus on electronics and home appliances. As a result, many homeowners are now forced to explore other options. But what’s the best alternative?
Choosing a standout solar module can be challenging due to the many available options. Secondly, finding a panel with features matching the LG Neon H+ isn’t easy, as it has excellent efficiency and an unrivalled 25-year warranty.
However, the Max Power Solar MPS-390N panel looks promising. It has various exciting features that make it a suitable replacement for the legendary LG Neon H+.
Here is why you should choose the Max Power Solar MPS-390N panel.
Dual Glass Technology
The Max Power 390N panel uses unique dual glass technology – both surfaces are made of glass. Conversely, standard solar panels have glass on the front and plastic as the backing sheet.
Dual glass technology increases longevity because glass doesn’t delaminate under high temperatures, unlike plastic. However, in summer, the hot conditions can damage the plastic backing on standard panels, increasing the risk of panel failure.
Bifacial Technology
As mentioned above, the Max Power panel has glass on both surfaces. Glass is transparent and allows light to penetrate the photovoltaic cells for electricity production. The ability to generate power from both sides is called bifacial technology.
The most significant advantage of bifacial technology is increased output and efficiency. During cloudy days, this label can still generate a reasonable amount of electricity to ensure you don’t stay in the dark. On sunny days, the panel produces surplus energy, increasing your savings.
It’s worth noting that this technology is unique to the Max Power MPS-390N panel. Although LG produced a few units with this feature, they were too costly to afford, forcing the company to cease production.
Temperature Coefficient
Many users don’t know about the temperature coefficient. Regardless, it’s a crucial factor in determining a panel’s efficiency.
The temperature coefficient is the percentage of power output a panel loses for every degree of ambient temperature above 25 degrees Celsius. It seems illogical that a solar panel becomes inefficient with rising temperatures, but that’s often the case.
Panels with low-temperature coefficients are more productive in hot weather than standard units. This is essential in a climate that gets as hot as Australia’s. Fortunately, the Max Power 390N has the best rating in its range, standing at -0.31%, while others average at -0.34%.
High Output
Despite being smaller than typical 390W solar panels, the Max Power MPS-390N has a high output. In addition, a small footprint makes the panel easy to transport. Consequently, it’s an ideal option for outdoor activities like camping, road trips, etc.
Additionally, a small footprint makes it easier to fit the panels on all roof types. Older panels were large, rendering it impractical to install them on small houses.
More Efficiency
The Max Power panel is more efficient than the discontinued LG models. On sunny days, the Max Power module peaks at 21.4%, with the LG trailing by 0.3%. The difference might seem insignificant, but if accumulated over time, it translates to more savings on electricity bills.
Superior N-Type Cells
Max Power and LG Neon solar panels are more efficient than other panel types because they have N-type cells. Most standard solar panels use P-type cells. The difference between these cell types occurs during the doping phase in the factory.
N-type cells are superior to P-type cells. They are used in premium solar panels like Max Power MPS-390N and LG Neon H+, while the latter goes to conventional panels.
N-type cells degrade slower than P-type cells when exposed to sunlight for extended periods. As a result, they produce more power over their lifetime. Additionally, N-type cells perform better in cloudy and overcast conditions. This enables panels to produce energy throughout, even when the sun doesn’t shine.
Long Warranty
As mentioned earlier, the LG Neon panel has a 25-year warranty making them popular among consumers. Specifically, the panel had two concurrent 25-year warranties – one for the product and the other for performance. In comparison, other panels’ warranties range between 10 and 15 years.
On its part, the Max Power 390W module has a 25-year product warranty and a 30-year performance warranty. The product warranty allows clients to seek a replacement if the panel malfunctions, while the latter covers performance. Since panels degrade to 80% output over time, the performance warranty allows you to get a replacement if the margin is bigger.
Therefore, the Max Power panel beats its competition by offering more favourable warranty terms.
Local Support
LG is a South Korean company. If your unit becomes faulty, you’d have to cover shipping costs to get it to the factory for diagnosis and repair. Furthermore, the company stopped producing solar panels, making it difficult to find solutions to defective units.
On the contrary, Max Power Solar is an Australian corporation. It explains the favourable warranty terms and ease of getting repairs and replacements. Moreover, buying from a local company grows the local economy.
Wrapping Up
The discontinuation of the LG Neon H+ panels left many Aussies wondering if they’d ever get a product as good. But, the legendary panel had high output and efficiency, favourable warranty terms, and superior N-type cells.
However, the Max Power MPS-390N panel promises to replace and even outdo the LG Neon. It comes with a dual glass design and bifacial technology, allowing the label to generate electricity from both sides. Even better, it has a longer, 30-year performance warranty. So if your unit drops below 80% output before this time elapses, you can get a replacement.
More people are shifting to solar and other renewable energy sources. Since it’s a significant investment, choosing a dependable unit that meets your power consumption needs is wise. The Max Power 390W is a suitable choice because of its many benefits over standard models. More importantly, buying the panels promotes the Australian economy.
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