Light for its output, no clear weak spot
LG NeON®H photovoltaic panels are based on innovative N-type cells, which translates into significantly higher efficiency compared to standard modules available on the market. A key differentiator of this series is the use of Half-Cut cell technology, which divides the panel into two independent sections. This solution effectively minimizes energy losses caused by partial shading, which is crucial on roofs with complex architecture. These models are characterized by exceptional resistance to LID and LeTID light-induced degradation, ensuring that the installation maintains its declared power for decades, eliminating the problem of rapid component aging. LG NeON®H solves the dilemma of limited mounting space, delivering more energy from every square meter than competing products. Another advantage is the very low temperature coefficient, guaranteeing stable operation and high yields even on hot, sunny days. The series is particularly dedicated to premium investors and single-family homeowners looking for uncompromising reliability and aesthetics. It is distinguished from other solutions by its reinforced frame design, providing resistance to extreme snow loads and strong winds. By choosing these modules, you gain the certainty of long-term savings and security resulting from advanced engineering and rigorous quality control of every cell.
Ranking
Signals from the data
Residential, shaded-installations and hot-climate.
Top 22% of the N-type 350-400 W segment, against a median of 62.0.
N-type cells combined with half-cut cell technology deliver lower LID/LeTID degradation than standard PERC modules, resulting in more stable long-term energy yield and reduced losses from partial shading.
Peak efficiency of 21.2% matches Meyer Burger Glass (21.2%) and exceeds JA Solar JAM60S21 (21.0%), placing LG NeON®H among the top-tier comparable premium series.
Despite ending manufacturing, LG continues to support the 25-year product and performance warranty, maintaining inventory for warranty replacements - reducing risk for existing investors.
The reinforced frame design provides higher resistance to snow and wind loads compared to standard aluminum frames, which is important for installations in regions with harsh climate conditions.
A very low temperature coefficient limits power losses on hot days, ensuring more stable energy production compared to modules with typical temperature parameters in this segment.
LG officially ended solar panel manufacturing in June 2022, exiting the solar business entirely. This means limited availability of new modules and potential difficulties with fast service and matching replacement parts going forward.
Maximum efficiency of 21.2% is lower than Phono Solar Twinplus M4-9B-R (21.3%), making it slightly less area-efficient than a direct competitor at the same 390 Wp maximum power.
The analyzed NeON®H series is not bifacial (is_bifacial: false), while LG's parallel NeON H BiFacial variant allowed additional yield from reflected light - the absence of this option limits use on flat roofs, carports, and commercial installations.
- 20.6% module efficiency - 1.1pp better than the N-type 0-400W median of 19.5%
- 206.3 W/m² power density - 11.4 W/m² more than N-type 0-400W median (194.9 W/m²), more power per roof area
- At -0.33%/°C, hot weather performance is typical for N-type 0-400W panels
- At 18.5 kg, this panel is 3.5 kg lighter than N-type 0-400W median (22.0 kg) - easier handling during installation
- #11093 for efficiency, #8545 for temperature performance out of 14005 panels
Specifications
Simulations
Degradation from this panel's own datasheet figures. No inverter, soiling or shading losses.
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