SCIENTIFIC METHOD FOR INCREASING INSTALLED CAPACITY BY CUMULATIVE PRODUCTION OF INFINITE WATER BY MEANS OF MULTI-STAGE WATER RETURN WITH PUMP ON WATER TOWER SLOPING WATER CHANNEL

摘要

A scientific method for increasing installed capacity by cumulative production of infinite water by means of multi-stage water return with a pump on a water tower sloping water channel. Five building structures, i.e., a pier-type water tower column (1), a water tower three-compartment volume space water storage and discharge pond (2), water flow acceleration and deceleration sloping water channels (4, 5), and a three-compartment volume space flow dividing water tower water storage and discharge pond water flow dividing acceleration and deceleration sloping water channel (16), a sloping water channel flow dividing water drainage channel and confluence water drainage channel (17), are designed as a pier-type column water tower water flow acceleration and deceleration sloping water channel building structure. By creation of three vertical water pressure volume space water tower storage and discharge ponds, the water flow acceleration and deceleration sloping water channels, and multi-stage water return with a pump, water flow is increased to create a scientific method for producing infinite water, and the method is developed into a scientific method for increasing the installed capacity of a power station.