TOPCon Passivated Contacts
Tunnel Oxide Passivated Contact (TOPCon) technology minimizes surface recombination, significantly boosting conversion efficiency and ensuring stable power output across varying conditions. This architecture is critical for maximizing energy capture in high-irradiance environments.
HJT Heterojunction Layers
Heterojunction (HJT) cells integrate amorphous silicon layers for superior temperature coefficients and reduced degradation. This design ensures consistent performance even in high-heat industrial settings, translating to a lower levelized cost of energy over the asset's lifespan.
Engineered for Superior Yield
-0.26%/°C
Temperature Coefficient
85%
Bifacial Gain
>30 Yrs
Bankable Lifespan
Optimizing Levelized Cost of Energy
For industrial and utility-scale projects, the true measure of performance is the Levelized Cost of Energy (LCOE). Our N-type/HJT modules, with their higher efficiency and lower degradation rates, directly translate to a significantly lower LCOE over the 30-year operational lifespan of the asset. This provides a clear economic advantage.
The superior thermal performance of HJT and reduced recombination losses in TOPCon cells ensure that the energy output remains robust even in demanding operational conditions. This consistency in generation, combined with high bifaciality, maximizes the return on investment per square meter of deployed capacity.
Our engineering team is ready to discuss your project's specific requirements and provide detailed technical assessments.