A floating ball power generation system, comprising a water collection unit, a ball collection unit, a ball transport unit, a water replenishment unit, a rotary wheel power generation unit, and a ball distribution unit, wherein the water collection unit has a water pumping pipe arranged thereon, a motor connected with the water pumping pipe, a water collecting pipe connected with the motor, a plurality of water inlet pipes connected with the water collecting pipe, and a water inlet valve installed on each the water inlet pipe;
- wherein the ball collection unit is connected with the water collection unit, wherein the ball collection unit has a plurality of ball collecting pipes connected with the water inlet pipes, a water outlet pipe connected with each of the ball collecting pipes, a water outlet valve provided on the water outlet pipe, a ball entry hole and a ball gate controller provided above the ball collecting pipes, a ball entry gate provided at the ball entry hole, a ball gate pull rod connected with the ball entry gate, a lower tee pipe connected with each of the ball collecting pipes, a sluice controller provided above the lower tee pipe, a sluice gate provided by the lower tee pipe penetration, a sluice pull rod connected with the sluice gate, a discharge pipe provided on the wall of the lower tee pipe, and a discharge valve provided in the discharge pipe, wherein the ball gate controller controls the ball gate pull rod to open or close the ball entry gate;
- wherein the ball transport unit is connected with the ball collection unit, wherein the ball transport unit has an upper tee pipe connected with the lower tee pipe, a ball transport pipe connected with the upper tee pipe, a guide bend corner and a floating ball channel provided at the top of the ball transport pipe, a floating baffle provided in the floating ball channel, and a first elastic element provided on the floating baffle and fixed to the floating ball channel;
- wherein the water replenishment unit is connected with the ball transport unit, wherein the water replenishment unit has a water replenishment pipe connected with the ball transport pipe, a water tank connected with the water replenishment pipe, and a water supply pipe and a floating switch provided in the water tank;
- wherein the rotary wheel power generation unit is connected with the ball transport unit, wherein the rotary wheel power generation unit has a plurality of rotating wheels and a plurality of generators arranged thereon, a rotating shaft provided on each of the generators and connected with each of the rotating wheels, a plurality of floating ball holes evenly provided through the entire circle of each of the rotating wheels and corresponded with the floating ball channel when rotating, a protrusion provided on the inside of each of the rotating wheels adjacent to each of the floating ball holes, a positioning baffle provided on each of the rotating wheels, an oblique baffle provided on each of the rotating wheels and on the opposite side of the positioning baffle, a ball transfer channel provided between each of the rotating wheels and corresponds with the floating ball hole, a ball transfer blocker provided in the ball transfer channel, a second elastic element provided on the ball transfer blocker and fixed on the ball transfer channel, and a power cord connected with each of the generators;
- wherein the ball distribution unit is connected to the rotary wheel power generation unit, wherein the ball distribution unit has a ball distribution tube, a main ball distribution channel and two allocation ball channels respectively arranged thereon, wherein the ball distribution tube corresponds with the floating ball hole of the rotating wheel, and the main ball distribution channel corresponds with the ball distribution tube, and distributes the floating ball to the allocation ball channels, wherein the allocation ball channels distribute the floating ball to the ball entry holes of the ball collecting pipes.