Water quality monitoring mariculture farm utilizing wind power generation

A water quality monitoring mariculture farm utilizing wind power generation comprises a fishing net and a fence, the exterior of the fence surrounds the fishing net, a wind power generation system isarranged on the upper portion of the mariculture farm, and a residual feed and excrement treatment system is arranged below the mariculture farm and comprises a pore plate. The pore plate is a circular stainless steel plate provided with uniformly arranged small holes, a floating body is arranged below the residual feed and excrement treatment system, a connecting rod penetrates through the mariculture farm and the residual feed and excrement treatment system to be connected with the top end of the floating body, the floating body is connected with a balancing weight through an anchor chain, and the balancing weight is horizontally placed on a seabed soft soil layer. The water quality monitoring mariculture farm utilizing wind power generation is provided with the wind power generation device, is self-sufficient,