The invention discloses a high-rise building pumped storage scenery intelligent micro-grid system and a control method. The high-rise building pumped storage scenery intelligent micro-grid system comprises a fan component, a photovoltaic array component, a pumped storage unit and a micro-grid central processing unit, wherein the fan component, the photovoltaic array component and the pumped storage unit are connected onto a low-voltage bus; a main electric network can provide reliable energy support; a micro-grid is connected with the main electric network through a grid-connected transformer, a grid-connected switch and a point of common coupling; the micro-grid central processing unit is used for managing and dispatching the distribution of system capacity according to the generating capacity and the load quantity demanded of renewable energy sources, real-time monitoring the system state, processing various faults in time, and realizing the seamless switching between two modes, i.e. a grid-connected mode and an off-grid mode. The high-rise building pumped storage scenery intelligent micro-grid system provided by the invention integrates the renewable energy sources into a high-rise building, so that an energy structure is sustainably developed; a building difference of elevation is utilized, and the pumped storage unit is used as an energy storage device, so that the high-rise building pumped storage scenery intelligent micro-grid system has the favorable operating performance on quick response to the network load change, flexible adjustment, peak pitching, valley filling, frequency modulation, phase modulation and emergency standby.