(Ultra-large) hydroelectric power plant

Abstract

The invention discloses an (ultra-large) hydroelectric power plant. Flowing seawater and river water can generate kinetic energy, the kinetic energy is converted into mechanical energy, and the kinetic energy is converted into electric energy, so that people can use clean and low-cost electric energy. According to the (ultra-large) hydroelectric power plant, one ends of columns are fixed in seabeds and river bottoms, the outer ends of the columns are exposed out of a water surface, the columns exposed out of the water surface support a water turbine, central spindles at two ends of the turbine are movably connected, the position of the turbine is not changed, and the turbine freely rotates (blades, the central spindles and central spindle gears of the turbine are integrated); the turbine is horizontally laid on the flowing water surface and faces the direction of water flow; one half of the turbine is positioned in water, and the other half of the turbine is positioned in air; the blades of the turbine are rushed by water force to push the turbine to rotate; and generators are driven by the central spindle gears of the turbine to generate power, and power is generated day and night. The speed and the frequency of the hydroelectric power plant are adjusted by a speed regulator, and high-quality power is generated and supplied to a power grid. The (ultra-large) hydroelectric power plants are arranged on the seas and rivers in all directions in a matrix for tens of thousands of square kilometers, and a large amount of power is generated to be supplied to all the whole of China.

Description

technical field [0001] Hydroelectric power stations, that is, flowing sea water, river water, and river water can generate kinetic energy, convert kinetic energy into mechanical energy, and convert mechanical energy into electrical energy. Background technique [0002] The existing technology of hydroelectric power stations mostly chooses areas with large tidal difference at the seaside, or chooses mountains and valleys, builds dams and builds reservoirs, accumulates rising water levels, and forms a drop to drive hydraulic turbines and generating sets to generate electricity with potential energy. Disadvantages of the existing technology: building embankments and reservoirs is a huge project, a large investment, very little output, very little hydraulic energy is used, and very little electric energy is generated. It can only be said that hydraulic power can generate electricity. The existing technology cannot meet modern industrialized large-scale production at all. And wit...

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Problems solved by technology

Disadvantages of the existing technology: building embankments and reservoirs is a huge project, a large investment, very little output, very little hydraulic energy is used, and very little electric energy is generated. It can only be said that hydraulic power can generate electricity. The existing technology cannot meet modern industrialized large-scale production at all. And with the improvement of people's modern living standards, the demand for electric energy

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