Aiko N-Type ABC 645 W Stellar AIKO-G645-MCH72Dw, glass/glass solar module

Aiko Stellar 645 W is a premium, next-generation N-Type ABC technology bifacial solar module, specially designed for maximum efficiency, durability, and exceptionally high energy generation in commercial and high-capacity utility projects. These modules feature the advanced Aiko 1N+ architecture, enabling them to achieve an efficiency of up to 23.9% and guaranteeing reliable operation even under demanding operating conditions.

Integrated with advanced ABC technology, all electrical contacts are moved to the rear side of the module. This minimizes energy losses, improves light absorption, and increases the overall performance of the module. ABC technology also gives the module a modern appearance without any visible busbars on the front.

This solar module also features "Partial Shading Optimisation" technology, allowing it to perform efficiently under partial shading conditions. Even if part of the module is shaded by trees or a chimney, energy production remains more stable, and overall system losses are reduced. This is particularly relevant for objects with complex architecture or in densely built-up areas.

Aiko Stellar modules also exhibit excellent efficiency at high temperatures. On hot days, the modules maintain more stable generation and lower energy losses compared to standard modules.

Since these modules deliver high power output, fewer modules are required to achieve the same total capacity of the solar power plant. Consequently, this automatically reduces the costs of mounting structures, cabling, fasteners, and installation labor.

The double-glass construction, combined with increased resistance to micro-cracks, guarantees even greater durability and mechanical resistance of the modules. The modules are also designed for long-term operation even in harsh climatic conditions – from extreme temperature fluctuations to heavy wind or snow loads.

These Aiko Stellar series modules are an excellent choice for commercial, industrial, and utility-scale solar power projects where maximum efficiency, durability, and lower system balance-of-system (BOS) costs over the entire lifetime are essential.