Single water turbine side water-inlet/outlet-type decentralized output system with power generating function

Abstract

The invention discloses a single water turbine side water-inlet / outlet-type decentralized output system with a power generating function. The system comprises a power-generating water turbine (1), a buffer energy-dissipating zone (2), a superior water inlet (3), a water flow inlet gate (4), a water flow shunting gate (5), a water flow shunting gate (6), a water flow shunting gate (7), an upper-layer flow tube (8) and a lower-layer flow tube (9). The work principle of the system comprises that through the superior water inlet (3), superior water flows flow into inferior water flows and power generation is realized by two-position height difference, the water flows pass through the power-generating water turbine in the water inlet so that powder is generated, the water subjected to power generation goes through the water flow shunting gate (5), the water flow shunting gate (6) and the water flow shunting gate (7) and then enters into the buffer energy-dissipating zone (2) or a next-stage navigation channel respectively by different passages, and if the water enters into the buffer energy-dissipating zone (2), the water is subjected to energy-dissipating treatment under the action of the upper-layer flow tube (8) and the lower-layer flow tube (9) so that the damage to the riverway facility is reduced.

Description

technical field [0001] The present invention relates to a distributed output system, in particular to a single water turbine side inlet and outlet water distributed output system with power generation function. Background technique [0002] During the process of the ship passing the lock, a large amount of water from the upstream is directly discharged to the downstream through the water delivery corridor of the ship lock, resulting in the loss of energy contained in this part of the water. Considering the huge daily flow and annual flow of ships passing through the lock, the energy contained in this part of the water body is quite considerable. If it is rationally developed and utilized to convert it into electric energy that is beneficial to production and life, it will be of great strategic significance today when traditional energy sources are increasingly exhausted and new energy sources need to be vigorously developed. [0003] At the same time, as high water heads an...

AI Technical Summary

Problems solved by technology

[0004] Since the decentralized water delivery system is suitable for high-head ship locks, the higher the water head, the richer the above-mentioned hydraulic resources, and the more valuable they are for development and utilization. If they are not developed and utilized reasonably, the water resources will be It's a huge waste

Images