What are fishing-solar, agricultural-solar, and forestry-solar complementary photovoltaic power stations?
Agricultural-solar, fishing-solar, and forestry-solar complementary models are new types of photovoltaic power station construction modes, falling under the category of photovoltaic composite projects.
The characteristics of these models are that they do not occupy additional land, do not alter the surface morphology, do not damage the nature of agricultural land, and do not interfere with agricultural, forestry, or aquaculture activities such as greenhouse planting, fish farming, and vegetation growth.
Among them, agricultural-solar complementary is a technology that combines photovoltaic power generation with agricultural planting. Its advantages include being pollution-free, zero-emission, and not requiring additional land, allowing for the three-dimensional utilization of land. The agricultural-solar complementary model involves installing photovoltaic systems outside greenhouses for power generation, while vegetables are grown inside the greenhouse. The electricity generated, apart from being used within the greenhouse, is fed into the public grid.
Fishing-solar complementary makes use of the large area of fish ponds by installing solar power generation systems above the water surface. Aquaculture continues below, thus enabling dual use of the land, significantly increasing profits compared to pure aquaculture. This model is typically implemented in areas such as lakes, rivers, ponds, streams, and rice fields with fish farming.
Forestry-solar complementary refers to a power station model that integrates photovoltaic power generation with forest land. It fully utilizes forest resources by using photovoltaic brackets to install solar panels at a height of over 2 meters above the ground. Sufficient space is left below the panels, which allows for the development of economic shrub planting. This integrates photovoltaic power generation with forestry development, achieving three-dimensional land use and increasing land value.