Aquaculture-Photovoltaics Hybrid System

Efficient energy utilization

The Aquaculture-Photovoltaics Hybrid System supports photovoltaic panels floating on the water surface, which not only avoids the influence of ground shadows and obstructions but also utilizes the natural cooling effect of water to reduce the operating temperature of photovoltaic modules. Compared with land-based photovoltaic power stations, the power generation efficiency of water photovoltaic power stations can be increased by about 8%-12%, and more electricity can be generated under the same lighting conditions.

Three-dimensional utilization of space

Traditional aquaculture and photovoltaic power generation occupy a lot of land resources, while the Aquaculture-Photovoltaics Hybrid System greatly saves land resources by combining the two. In the same area, photovoltaic power generation is carried out above and aquaculture is carried out below, forming a three-dimensional utilization mode in space, which improves the output efficiency per unit area.

High flexibility

The photovoltaic array of the system is highly flexible and can move freely with the fluctuations of the water surface. By adopting flexible bracket connections and adaptive control systems, the photovoltaic panels can float stably under the action of waves. This avoids the problem of traditional fixed photovoltaic power stations affecting power generation efficiency due to their inability to move with the solar light source and improves the overall power generation performance of the system. In waters with large waves, the fluctuation range of the system's power generation efficiency is less than 3%, demonstrating its strong adaptability and stability.