Developed for utility-scale solar power plants, commercial photovoltaic projects and industrial facilities, this high-performance N-Type ABC bifacial PV module combines advanced cell technology, exceptional efficiency and optimized system economics. Its high power output helps reduce the number of modules, mounting structures and cabling requirements, contributing to lower BOS costs and improved project profitability.

The AIKO Stellar 3N+ series is based on advanced ABC (All Back Contact) technology, where all electrical contacts are positioned on the rear side of the cell. This design minimizes electrical losses, increases the active light-absorbing surface and delivers higher module efficiency compared to conventional cell technologies. It also provides improved performance under partial shading conditions, enhanced micro-crack resistance and stable long-term energy production.

The bifacial dual-glass design enables power generation from both the front and rear sides of the module. Under suitable installation conditions, additional backside energy generation can significantly increase total system output, helping reduce the levelized cost of electricity (LCOE) and improve overall project returns.

With a rated power output of 665 Wp and module efficiency of 24.6%, AIKO Stellar 3N+ is an excellent solution for utility-scale projects, solar parks and large commercial installations where maximum energy production, long-term reliability and optimized project economics are critical. The high power density allows developers to maximize installed capacity while reducing the total number of modules required.

The double-glass construction provides enhanced protection against environmental stress, moisture and mechanical loads. The module also benefits from an improved temperature coefficient, reduced degradation and stable energy production throughout its operational lifetime.