Water production and energy storage integrated wind power generation system and control method thereof

Abstract

This invention discloses an integrated wind power generation system for water production and energy storage, and its control method. The wind power generation system includes an energy storage unit, a water production unit, and a control unit. All three units are integrated into the wind turbine generator body, forming a unified system. The control unit is connected to both the energy storage unit and the water production unit and incorporates a dynamic energy distribution strategy. This invention achieves integrated equipment for simultaneous hydropower production, solving the problem of separation between power supply and water production systems in existing technologies, and realizing unified energy collection and intelligent distribution. Simultaneously, integrating all core equipment within the nacelle and tower of the wind turbine generator body eliminates lengthy exposed pipelines and complex on-site wiring, reducing maintenance and on-site construction work. Addressing the intermittent and fluctuating nature of wind energy, intelligent control enables dynamic coordination of power generation, energy storage, water production, and power consumption, improving the stability of hydropower supply.

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