Fishing photovoltaic complementation

Application introduction

Unlike ground power stations, floating photovoltaic power stations do not occupy land resources and are very suitable for the central and eastern regions where water resources are abundant and land resources are scarce. Not only that, water photovoltaic power stations also enjoy technical advantages. Since water has a cooling effect on photovoltaic modules, it can suppress the rise in module surface temperature and reduce radiation from the water surface. The overall power generation capacity is higher than that of rooftop or ground photovoltaic power generation systems under the same conditions. About 10%-15% higher. In addition, "photovoltaic +" business models such as "fishing and photovoltaic complementation" have increased fishery income on the basis of power generation.

The significance of Yuguang complementary photovoltaic power generation is that it can combine the advantages of solar photovoltaic power generation and hydropower generation to provide more reliable renewable energy power generation. The combination of Yuguang complementary photovoltaic power generation can improve the reliability of solar photovoltaic power generation, reduce seasonality problems in power generation, improve the efficiency of renewable energy power generation, and can also bring a variety of new economic benefits.

Application parameters

Practical application

The fish-light complementary model not only helps achieve the cross-border integration of clean energy and aquaculture, but also promotes the transformation and upgrading of aquaculture, accelerates the adjustment of the energy structure, and promotes the process of energy revolution. This model effectively breaks through the constraints of land resources on the application of photovoltaic power generation and can be installed on water surfaces such as reservoirs, lakes, ponds, and water treatment plants. It is especially suitable for areas with scarce land resources but numerous water bodies.

In addition to the basic fishery and photovoltaic complementary model, there are also specific engineering applications such as photovoltaic fishing boats, photovoltaic buoys, photovoltaic mariculture and photovoltaic ocean monitoring. These applications fully combine the characteristics of photovoltaic power generation with activities such as fishery and ocean observation, and use solar power to power related equipment to improve efficiency and reliability.