Finished in white CPC coating, it runs cooler and blends cleanly with deck and cabin surfaces while maintaining excellent efficiency. With high-performance monocrystalline cells, it delivers reliable charging for batteries, fridges, lighting, electronics, and day-to-day onboard energy needs.

The CPC material used on the surface has good weather resistance and high light transmittance, and its performance is better than that of ETFE material.  Composite material integration, compared with traditional flexible panels, has better protection for solar cells. Sturdy materials and stable workmanship make it possible to walk on the panels.

Finished in white CPC coating, it runs cooler and blends cleanly with deck and cabin surfaces while maintaining excellent efficiency. With high-performance monocrystalline cells, it delivers reliable charging for batteries, fridges, lighting, electronics, and day-to-day onboard energy needs.

The CPC material used on the surface has good weather resistance and high light transmittance, and its performance is better than that of ETFE material.  Composite material integration, compared with traditional flexible panels, has better protection for solar cells. Sturdy materials and stable workmanship make it possible to walk on the panels.

Finished in white CPC coating, it runs cooler and blends cleanly with deck and cabin surfaces while maintaining excellent efficiency. With high-performance monocrystalline cells, it delivers reliable charging for batteries, fridges, lighting, electronics, and day-to-day onboard energy needs.

The CPC material used on the surface has good weather resistance and high light transmittance, and its performance is better than that of ETFE material.  Composite material integration, compared with traditional flexible panels, has better protection for solar cells. Sturdy materials and stable workmanship make it possible to walk on the panels.