Sunplus 光伏组件

SMBB Technology - better light trapping and current collection to improve module power output and reliability.

Low electricity generation costs. Optimized module layout to boost module power and improve LCOE.

Durability against extreme environmental conditions: high salt mist and ammonia resistance.

HJT 2.0 - Combining the gettering process and single-side technology to ensure higher cell efficiency and higher module power.

SMBB design with Half-Cut Technology - Shorter current transmission distance, and less resistive loss.

Up to 90% Bifaciality - Natural symmetrical bifacial structure bringing more energy yield from the backside.

Higher number of busbars makes PV modules less prone to loss in efficiency and increases tolerance to microcracks.

LCOE is reduced by using M10-sized solar cells, which have a higher power output than smaller-sized cell modules.

All-Black module enhances the aesthetic value of your home with a modern design for dark roofs.

A higher number of busbars makes PV modules less prone to loss in efficiency and increases tolerance to microcracks.

LCOE is reduced by using M12-sized solar cells, which have a higher power output than smaller-sized cell modules.

All-black module enhances your home's aesthetic value with a modern design that suits dark roofs.

Anti-staining performance of the backsheet ensures reduced cleaning frequency of the rear side of the module

Up to 15% power gain from the ground-facing side

Lower internal resistance boosts module power, helping to achieve minimal power loss with respect to previous variant modules

Anti-staining performance of the backsheet ensures reduced cleaning frequency of the rear side of the module

Up to 15% power gain from the ground-facing side

Lower internal resistance boosts module power, helping to achieve minimal power loss with respect to previous variant modules

TOPCon and Micro Gap cell layout boost module efficiency up to 21.5%

Consistent yields, regardless of weather conditions, with outstanding performance in low light and varying temperatures.

Anti-LETID Technology & Anti-PID Technology and Hot-Spot Protection