Luxor LX-440M/182-108+ GG HJT – Best Temperature Performance on the Market
The Luxor LX-440M/182-108+ GG HJT positions itself with 440 Wp and 22.86% efficiency in the premium segment of heterojunction modules. The industry-leading temperature coefficient of -0.24%/°C makes this module the first choice for locations with high temperatures.
Temperature Coefficient of Only -0.24%/°C
The decisive advantage of heterojunction technology in the Luxor LX-440M/182-108+ GG HJT is evident in the temperature coefficient. At only -0.24%/°C, the module loses significantly less power with rising temperatures than TOPCon (-0.29%/°C) or PERC modules (-0.35%/°C). On a 40°C hot day, the HJT module retains about 3% more of its power.
Heterojunction for Superior Cell Efficiency
The 108 N-type HJT half-cells of the Luxor LX-440M/182-108+ GG HJT use the combination of crystalline and amorphous silicon. The ultra-thin amorphous layer passivates the cell surface nearly perfectly and eliminates recombination losses. This enables efficiencies above 22% with simultaneously highest long-term stability.
Bifaciality for Maximum Energy Yield
With a bifaciality factor of up to 88%, the Luxor LX-440M/182-108+ GG HJT ranks among the most effective bifacial modules. The combination of HJT cells and White Mesh back maximizes the use of reflected light. Elevated installations particularly show the full potential.
PID and LID Free from Day One
The Luxor LX-440M/182-108+ GG HJT is completely free from potential-induced degradation (PID) and light-induced degradation (LID). Unlike some other module types, the HJT module delivers its full power from day one without initial losses.
93% Guaranteed Remaining Power After 30 Years
Luxor Solar's linear power warranty secures 93% remaining power after three decades for the LX-440M/182-108+ GG HJT. This value exceeds not only industry standards but also most TOPCon modules. Heterojunction technology stands for minimal degradation.
The Luxor LX-440M/182-108+ GG HJT at a Glance:
