How much do you know about solar-fishery hybrid power system?
November 27, 2020
What is solar-fishery hybrid power generation?
"Solar-fishery hybrid power generation" refers to the combination of fishery and photovoltaic power generation. The photovoltaic matrix is set up above the water surface of the fishpond, meanwhile, the fishpond can also be used for aquaculture. In addition, photovoltaic matrix can also provide a good shading for fishpond, forming a new economical and multifunctional power generation mode.
What are the advantages of solar-fishery hybrid power generation?
1.The shading provided by photovoltaic matrix can lower the water surface temperature, reduce water evaporation, and lessen the probability of fish and shrimp being scalded to death.
2.Solar-fishery hybrid power system hinders the photosynthesis of plants, inhibits the propagation of algae to a certain extent so as to improve the water quality and provide a good living environment for fish.
3.Solar-fishery hybrid power system can bring additional photovoltaic power generation profits and multiply the added value of aquaculture.
The solar-fishery hybrid power generation mode innovatively combines photovoltaic and fishery industries, which not only saves land resource occupation, but also outputs environment-friendly clean energy.
Antaisolar steel ground mounting system is a very economical and solid solution for a wide range of system sizes and modular configurations. Strong steel structure helps maximize the span between footings and thus decreasing the total number of supports and saving cost. Furthermore, Antaisolar steel ground mounting system can be connected with precast concrete hollow column foundation or ground screw, which is suitable for tidal flats, fish pond, water-immersed areas and other areas with high water levels and regarded as an ideal solar solution for solar-fishery hybrid power station.
To learn more about Antaisolar steel ground mounting system, please check out at:
https://www.antaisolar.com/steel-ground-mounting-system_p17.html