The first "green electricity" is sent! Hainan Meilan's first phalanx grid-connected power generation!

The first batch of phalanx grid-connected power generation of

Hainan Meilan Sanjiang Fishery and Light Complementary Project has effectively helped the local new energy development process.

On December 3, the first batch of square array grid-connected power generation of the EPC general contracting (Bid I) of the super-large span prestressed flexible support fishing-photovoltaic complementary demonstration project in Sanjiang Town, Meilan District, Hainan, which was constructed by the Ninth Bureau of Hydropower, was successful, and the first "green power" of the project was issued, which injected new impetus into the transformation of the local energy structure. The

first batch of square array grid-connected power generation

projects are located in Sanjiang Town, Meilan District, Haikou City, Hainan Province, covering an area of about 1663 mu. About 190,500 monocrystalline silicon battery modules will be installed to form 32 centralized arrays, with a total installed capacity of about 114,000 kilowatts.

The project adopts the new mode of "integration of fishing and photovoltaic" for water power generation and underwater aquaculture, which can use the low temperature effect of the water surface to improve the power generation, play the shading effect of photovoltaic modules to reduce water evaporation and improve the yield per unit area; it can also help local farmers to increase their income and become rich through the development of leisure tourism.

On December 2 and 3, the two major node targets of the first successful reverse power transmission of the booster station and the first batch of square array grid-connected power generation were successively achieved. After the successful

completion and commissioning of the

project, the equivalent full-load utilization hours in the first year are 1252.9 hours, and the power generation in the first year is about 143 million kilowatt-hours, which can effectively speed up the overall planning process of local new energy development. Through the planning of ecological and healthy aquaculture, ecological treatment of aquaculture tail water, and the introduction of professional fishery and aquaculture teams, it helps to create a veritable demonstration card of complementary fishing and light, and provides a replicable photovoltaic composite development model for local fish ponds, which is of positive significance for exploring the "photovoltaic plus" development model.

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