起初在白天，蓄水池大坝底部的出口打开，在重力的作用下，水的速度随着沿着

At first during the day, the outlet at the bottom of the reservoir dam opens, and the water moves faster and faster along the inclined pipes under the action of gravity. Once it reaches the lower power station, the turbulent current drives the bottom of the generator. The turbine rotates rapidly, and then generates electricity. At the same time, according to the conservation of energy, the flow rate of water is also reduced, and gradually flows into the storage tank. At night, the outlet of the upstream dam is closed, and the water stored in the downstream is injected into the upstream through the pipeline driven by the generator turbine,

At first, during the day, the outlet at the bottom of the reservoir dam is opened. Under the action of gravity, the speed of water is faster and faster along the inclined pipeline. Once it reaches the low power station, the turbulent water drives the turbine at the bottom of the generator to rotate rapidly, and then generate electric energy. At the same time, according to the conservation of energy, the flow rate of water is also reduced and gradually flows into the reservoir. At night, the outlet of the upstream dam is closed, and the water stored downstream is injected upstream through the pipeline driven by the generator turbine,

At first, during the day, the outlet at the bottom of the reservoir dam is opened. Under the action of gravity, the speed of water is faster and faster along the inclined pipeline. Once it reaches the lower power station, the turbulent water flow drives the turbine at the bottom of the generator to rotate rapidly, and then generates electric energy. At the same time, according to the conservation of energy, the flow rate of water also drops and gradually flows into the reservoir. At night, the outlet of the upstream dam is closed, and the water stored in the downstream is driven by the generator turbine and injected into the upstream through the pipeline.