banner

Blog

Sep 15, 2023

LONGi launches HPBC tech equipped Hi

Today, leading solar technology manufacturer LONGi launched its newest solar module product line Hi-MO 6, with a maximum efficiency of 22.8% and superior safety and aesthetics.

Hi-MO 6 utilizes LONGi's high-efficiency HPBC (Hybrid Passivated Back Contact) cell technology which reforms traditional busbar design and internal structure, turning the front side of modules busbar-free. The results are higher power output and more aesthetic appeal. They can even maintain a high energy yield under high-temperature and low-irradiation conditions and excellent power degradation performance. In varying simulations, Hi-MO 6 modules have demonstrated a significant generation advantage over PERC modules, with an average generation increase of up to 10% in typical scenarios.

To satisfy diverse distributed applications and for robust safety and reliability, LONGi's R&D team also replaces the traditional Z-shaped soldering structure with its one-line structure to increase modules' resistance to cracking.

Leveraging the power of IoT and AI, LONGi equips the "digital brain" option for its Hi-MO 6 modules. It is a pre-installing smart optimizer that collects real-time operation data of the modules for remote monitoring and further system optimization. This feature is particularly beneficial in case of a PV system failure or module shading, ensuring power plant safety while maximizing system power output.

LONGi has driven industry development throughout the years with high-quality technical innovation. The flagship Hi-MO series modules have contributed to upgrading global energy structure. The Hi-MO 6 is another solid step toward promoting energy equity.

—commented Dennis She, Vice President of LONGi.

Hi-MO 6 includes four series—Explorer, Scientist, Guardian and Artist—all are in the standard M10 size (182mm) and are available in 54C, 60C, 66C and 72C models.

Your email address will not be published. Required fields are marked *

Comment *

Name *

Email *

Website

with a maximum efficiency of 22.8% and superior safety and aesthetics.
SHARE