Technologies

Multi-busbar technology for better light trapping, lower series resistance, improved current collection and enhanced reliability, Excellent low light performance (IAM) with cell process and module material optimization. Designed for compatibility with existing mainstream inverters, optimizers and mounting systems.

Designed to maximise energy generation through leading efficiency, enhanced performance in high temperatures, and higher energy conversion in low-light conditions like mornings, evenings and cloudy days.
Engineered to power through all types of weather conditions with crack-resistant cells and reinforced connections that protect against fatigue and corrosion. Each panel’s microinverter enables independent panel operation to mitigate the impact of shade while improving system performance.
 

Multi-busbar technology for better light trapping, lower series resistance, improved current collection and enhanced reliability, Excellent low light performance (IAM) with cell process and module material optimization. Designed for compatibility with existing mainstream inverters, optimizers and mounting systems.

The full-black bifacial, glass/glass N-type cell  module shows excellent weak light performance. It has lower LCOE and 3.5% more power generation than PERC modules, greatly reduce the cost of power generation. Excellent lower temperature coefficient. This module generates 1%-2% more power than P-type modules in high temperature areas

SunPower's P3 solar panel is designed to withstand the negative effects of the environment, so it generates up to 8% more energy than a conventional panel over a period of 25 years. Unique parallel connection maximizes electricity production. Innovative cell design increases strength and performance. Thanks to special, conductive adhesives, the cells are better able to withstand temperature fluctuations and, thanks to their encapsulation, better resist degradation by the environment. Durable and flexible cell connection technology ensures excellent reliability.

Our PREMIUM PROTECT is the elegant and powerful solution for attractive, modern photovoltaic systems. Equipped with the latest bifacial N-type half-cell technology, it is our most powerful module. The bifacial half cells also enable an additional yield of up to 30%. Use of double glass structure with hardened anti-reflective glass significantly minimises the risk of micro-cracks occurring, giving the module an extremely long service life. Added to this are the minimised power loss, efficient yields and fire class A certification, which enables a tighter occupancy. For these reasons, we offer an above-average 30-year product and performance guarantees.

The TRITON range with 108 monocrystalline TOPCON M10 half cells with multibusbar technology is the latest range of high-performance modules. Halfcut cells are split in two halves to improve the performance and they are arranged in two parallel strings for a better management of shading. TRITON in black | black with 35 mm-wide frame and black backsheet, combines a high degree of robustness and a pleasing appearance with an effi ciency of over 21%.

The full-black monofacial N-type cell  module shows excellent weak light performance. It has lower LCOE and 3.5% more power generation than PERC modules, greatly reduce the cost of power generation. Excellent lower temperature coefficient. This module generates 1%-2% more power than P-type modules in high temperature areas

The latest TRITON series with 108 monocrystalline halfcut cells with M10 multibus bars is highly efficient (efficiency over 21%). The cells are halved for better performance and arranged in two parallel strings for better shading management.

The product warranty can be extended to 20 years.

Designed to maximise energy generation through leading efficiency, enhanced performance in high temperatures, and higher energy conversion in low-light conditions like mornings, evenings and cloudy days.
Engineered to power through all types of weather conditions with crack-resistant cells and reinforced connections that protect against fatigue and corrosion. Each panel’s microinverter enables independent panel operation to mitigate the impact of shade while improving system performance.