AIKO Stellar 3N+ 660Wp N-type ABC bifacial PV module with silver frame is a high-power dual glass module for large business, industrial and utility-scale photovoltaic projects. It is designed for solar installations where high module output, strong energy yield and long-term reliability are important.

The AIKO-A660-MDE72DW model belongs to the AIKO Stellar 3N+72 series and uses N-type ABC cell technology. With 660Wp rated power and 24.4% module efficiency, it is suitable for professional PV systems where high power density and efficient use of installation area are required.

The bifacial design enables additional rear-side energy gain, depending on installation conditions and surface reflectivity. Under BNPI conditions, the AIKO-A660-MDE72DW model reaches 695W, which can support higher total energy production in larger ground-mounted, commercial and C&I solar systems.

AIKO ABC technology places the cell contacts on the rear side, reducing front-side shading and increasing the active light-absorbing area. This supports higher module efficiency and strong performance in demanding photovoltaic projects.

The dual glass structure with 2.0 mm front glass and 2.0 mm rear glass improves mechanical durability and long-term cell protection. The module is designed for partial shading optimisation, better temperature behaviour and micro-crack resistance.

AIKO Stellar 3N+ 660Wp has an IP68 junction box with 3 bypass diodes, 1500V DC maximum system voltage and 30A maximum series fuse rating. The module is built for professional solar projects where durability, safety and long-term system performance are required.

The module comes with a 15-year product warranty and a 30-year linear performance warranty. First-year degradation is stated as ≤1%, with annual degradation from year 2 to 30 of ≤0.35%.

AIKO Stellar 3N+ 660Wp N-type ABC bifacial PV module with silver frame is available through the Energetik B2B platform for registered users. Energetik provides B2B distribution of solar equipment for professional solar installers across the EU.