This floating solar panel platform features high-density HDPE floats engineered to withstand long-term UV exposure, wind load, and water-level fluctuation. Its interlocking modular design allows quick assembly, supports various panel layouts, and ensures strong anchoring performance in complex water environments.

Optimizing land use and protecting water bodies by utilizing coastal areas, fish ponds, and subsidence zones from coal mining to reduce evaporation and suppress algae growth.

Water-cooled ventilation delivers superior performance, boosting power generation by 10%.

Water surfaces minimize dust accumulation and facilitate easy component cleaning.

Streamlined construction with shortened project timelines.

Shorter payback periods and enhanced profitability.

1. Industrial Reservoirs

Maximize unused water surfaces in factories, refineries, and power plants to offset energy usage.

2. Agricultural & Irrigation Ponds

Generate clean electricity while reducing water evaporation and protecting water quality.

3. Fish-Farming Lakes (Fish-PV Integration)

Enable dual-use: aquaculture below and solar power above.

4. Utility-Scale Water Surfaces

Ideal for government and EPC-led floating solar projects on large lakes and dams.

5. Remote Communities

Solve land-resource limitations while providing stable renewable power.

The factory first started the domestic aluminum alloy business. Later, it discovered the huge demand in the solar bracket market and registered Wanhos Solar in 2014 to specialize in exporting solar brackets.

Wanhos currently has three extrusion production lines and one surface treatment production line. The factory has an aluminum extrusion workshop, an aluminum mold workshop, an aluminum oxidation workshop, an aluminum powder coating workshop, a machining workshop, and a surface anodizing workshop, with an annual production capacity of 6,000 tons.