Technologies

SunPower P6 modules are uniquely engineered to deliver more lifetime energy over standard solar modules. A proprietary shingled-cell design of P6 series modules maximises durability in all types of weather conditions. The advanced panel design provides greater durability and mitigates the effects of shading and prevents hotspots. The new P6 series replaces the popular P3 series.

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, to an electrical architecture that mitigates the impact of shade  and prevents hot-spot formation.

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.
 

SunPower AC module systems combine industry-leading solar panel technology with advanced microinverter technology from Enphase to maximise your roof’s potential. . Each panel has an integrated Enphase microinverter, allowing it to function independently. This helps to mitigate the effect of shading and increases the performance of the entire system.

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.
 

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.

SunPower SPR-MAX3 panels are designed to gain up to 35% more energy than conventional panels from the same space over 25 years in real world conditions such as partial shading and high temperatures.

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.
 

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.

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.