Hydraulic pressure lever target rod generator

Abstract

The invention discloses a hydraulic pressure lever generator. The generator is composed of a sunk water tank, a water wheel, a lever, a water pump, a water tower and a water-turbine generator, wherein the sunk water tank is arranged in stream, lake or sea floor at least 5 meters far away from water surface, and the sunk water tank is divided into an operating chamber and a water accumulation chamber by a separator; the outer wall of a box body at the bottom of the water accumulation chamber is provided with an inlet tube with a valve, the water wheel is arranged on the port of the inlet tube, a lever mechanism is arranged in the operating chamber and composed of a supporting point and a lever arm, wherein a long arm end of the lever is connected with a rotor shaft of the water wheel through a crank shaft, and the upper part of the operating chamber is provided with the water pump; a main shaft of the water pump is connected with a short arm end of the lever through the other crank shaft, and the inlet tube of the water pump extends to the bottom of the water accumulation chamber of the sunk water tank; the top of the sunk water tank is provided with the water tower which is higher than the water surface, a water inlet of the water tower is connected with a water outlet pipe of the water pump through a water pipe, and the bottom of the water tower is provided with a drain pipe with a valve; and the water-turbine generator is arranged at the port of the drain pipe, and the generator is suitable for rural areas with accumulated water and residents around island to generate electricity.

Description

technical field [0001] The invention relates to a hydraulic generator, in particular to a hydraulic lever generator. Background technique [0002] With the decrease of traditional coal and oil, thermal power supply is becoming more and more tense; hydropower is an economical and environmentally friendly choice, but hydropower must have enough water sources and let the water sources form a large drop, using the impact of water, impulsive The hydroelectric generator generates electricity. Existing hydropower stations all build dams on natural rivers to form large-capacity reservoirs, and install hydroelectric generators on the water outlets below the reservoirs to generate electricity. Its disadvantages are large capital investment, large waste of water sources, and damage to surrounding areas. The impact on the ecological environment is great, and the construction period is long, which seriously affects the scale and development of hydropower generation. How to skillfully us...

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Problems solved by technology

Existing hydroelectric power stations all build dams on natural rivers to form large-capacity reservoirs, and install hydroelectric generators on the water outlets below the reservoirs to generate electricity. The impact on the ecological environment is great, and the construction period is long, which seriously affects the scale and development of hydropower generation. How to use the inherent characteristics of water skillfully so that it can generate electricity under man-made conditions and provide people with cheap and environmentally friendly energy. It is the long-term desire of the majority of scientific and technological workers and hydropower enterprises

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