The invention discloses a method for regulating
river water by utilizing sea power, belongs to the field of newly-developed water conservancy and
hydropower, and particularly relates to a hydraulic
system for collecting, allocating, transferring, regulating and storing
river water independently flowing into a sea mainly by utilizing sea wave
kinetic energy. The
system simultaneously allocates
tail water for generating large and small
hydropower by utilizing
electric power and allocates well water of group wells in a flood retarding basin by utilizing off-peak
electricity of a
power grid, so that the newly-developed macroscopic hydraulic
transfer system with multiple water sources and multiple
water supply areas is formed. When the
system operates, water is transferred to a sea basin and a
transformer kiosk in any long distance and in any height at a
light speed and accumulated, and the system executes the principle of first
electricity generation and later water utilization. The
transformer kiosk can switch three kinds of different
water pressure, and farm
irrigation is not limited by time, a space, a region and flow. While the system transfers
fresh water in a large scale manner, the system regualtes and magnifies
electric power; and the system shows disaster prevention and reduction functions in real time for drought and flood fields, provides powerful
water pressure and flow for forest
fire prevention and urban
fire control, and can be highly combined with conventional large water conservancy, large
hydropower and
power grid.