Photovoltaic panels

Canadian Solar's photovoltaic panels use innovative solar cell manufacturing techniques to increase panel performance and stability. Canadian Solar has been innovating this type of panel for 17 years by continuously improving module design through BOM quality testing, automation of the manufacturing process and 100% EL testing.

* Warranty can be extended to 15 years

The full black BBO series BISOL modules are made of M6 half cut cells and use 9 multi-busbar technology. They are manufactured in accordance with the highest standards. Components and materials are purchased from certified suppliers. These panels are designed and manufactured in the European Union.

The AIKO-440-MAH54Mb is a high performance module that achieves superior efficiency through the use of All-Back-Contact (ABC) solar cells developed by AIKO. The attractive all-black design with no contacts on the front of the cell makes it suitable for demanding households and also suitable for larger systems where maximum efficiency is essential.

Our GLAS-GLAS BLACK 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 guarantee on our GLAS-GLAS solar modules.

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. Featuring a 35 mm black anodized aluminium frame, TRITON series can combine visual attractiveness to conversion efficiency over 22 %.

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.
 

Our GLAS-GLAS BLACK 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 guarantee on our GLAS-GLAS solar modules.

Half-cut bifacial n type cells and multibusbar design ensure maximum light conversion for optimum yields of TOPCon panel M1083. AEG's High Efficiency Series solar modules are designed to maximize efficiency and plant performance. Suitable for residential and commercial installations.

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.

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.