The complementary integration of photovoltaics and fisheries
The model of integrating photovoltaics and fisheries perfectly combines traditional aquaculture with modern renewable solar energy, creating a new development path that is both ecological and economical.
Firstly, it breaks the limitation of traditional fisheries needing to purchase electricity from external sources by achieving self-sufficiency through solar power generation, thereby reducing costs and increasing efficiency. Secondly, the solar panels provide shade for the water body, stabilizing water quality and temperature, which creates a more suitable growth environment for aquaculture species, facilitating the expansion of farming scales.
In terms of energy conservation and environmental protection, the use of solar energy significantly reduces emissions of pollutants such as carbon dioxide and sulfur dioxide. Additionally, by cultivating shellfish, algae, and other key fishery species, it enhances the ocean's carbon sink capacity and achieves carbon removal. It also decreases water evaporation in the farming area, reducing water loss and promoting higher standards for water quality, thus encouraging the conservation and recycling of water resources.
The photovoltaic supports play a crucial role as well. They not only ensure the safety and stability of the solar panels but also provide ample sunlight and a suitable growth environment for the aquaculture below. The solar panels can maximize the absorption of solar energy and convert it into electricity, while the light that passes through nourishes the underwater organisms, achieving dual benefits for both energy and ecology.