The NT10/60GT module, rated at 480 W, is engineered to endure challenging marine conditions, including high humidity, corrosion, and wave impact. It features GCL’s proprietary IP68-rated junction box with four-layer waterproof protection, positioned on the sun-facing side. A diaphragm isolates the module from seawater, facilitating heat dissipation and minimizing thermal losses, which boosts performance in offshore settings.
Certified by TÜV Rheinland for marine PV systems, the module surpasses IEC standards, particularly in resistance to potential induced degradation (PID). It is built on Ocean Sun’s floating platform, utilizing a flexible membrane and prefabricated rail system. GCLSI reports that this design enhances heat dissipation through direct seawater contact, improving energy conversion efficiency by over 10%.
The module delivers electrical output ranging from 460 W to 490 W under standard test conditions, achieving a peak efficiency of 21.78%. It supports a system voltage of up to 1,500 V, incorporates MC4 connectors, and features a dual-glass structure with an anodized aluminum alloy frame. The design is rated to withstand high wind and snow loads, ensuring durability in harsh conditions.
In 2022, GCLSI supplied solar modules for Ocean Sun’s floating solar project in Albania, which is set to expand to 2 MWp by year-end. This collaboration highlights the companies’ commitment to advancing floating solar technology for global renewable energy markets.
Additionally, in February, Ocean Sun partnered with Singapore-based Canopy Power to deploy floating solar solutions in Australia. This initiative aims to address land and water scarcity while accelerating the adoption of renewable energy. The partnership underscores the growing global interest in floating PV systems as a sustainable energy solution.
GCLSI’s NT10/60GT module represents a significant advancement in offshore solar technology, combining durability, efficiency, and adaptability. By leveraging Ocean Sun’s floating platform, the module supports the expansion of clean energy production in marine environments. This development strengthens GCLSI’s position in the global renewable energy sector and contributes to innovative solutions for sustainable energy generation.
