Regulation and control power generation substation capable of carrying out multilayer vertical overlying on water energy circular array type layout

Abstract

The invention relates to a regulation and control power generation substation capable of carrying out multilayer vertical overlying on a water energy circular array type layout. The regulation and control power generation substation comprises a central impounding reservoir and a plurality of equipment placement rooms arranged around the central impounding reservoir, wherein one set of water-wheelgenerator set is arranged in each equipment placement room to form a generator set array; each set of water-wheel generator set comprises a water wheel, a first generator driven by the water wheel, water flushing pipes and water collection tanks, wherein the water flushing pipes and the water collection tanks are cooperated with the water wheel; the water flushing pipe on the top layer is connected to be below the top water surface of the central impounding reservoir; the rest water flushing pipes are connected to be below the top water surface of the central impounding reservoir and the upper-layer water collection tank; the bottom side surface of the central impounding reservoir is provided with a hydraulic air electric spiral transmission and hydraulic and pressure reduction water discharging and power generation device; a transition pool is arranged between the hydraulic air electric spiral transmission and hydraulic and pressure reduction water discharging and power generation device and the bottom of the central impounding reservoir; and two ends of the transition pool are independently provided with a first sliding door and a second sliding door. The regulation and control power generation substation is free from the limitation of territory, climate and environment conditions, is low in construction cost, is stable in power generation and is high in efficiency.

Description

technical field [0001] The invention relates to hydropower generating equipment, in particular to a control and power generation base station capable of vertically superimposing multiple layers of hydropower circulation array layout. Background technique [0002] As the earth's resources are increasingly depleted, it has become a very urgent and practical problem to find a new energy source that can replace the existing conventional energy sources. At present, the power supply modes commonly used in the world mainly include the following methods: [0003] One is coal-fired power generation. Coal is a non-renewable petrochemical energy that pollutes the environment seriously, but it is still the largest power supply energy and will eventually be exhausted, so it cannot be used continuously; [0004] The second is nuclear power generation. Although nuclear power generation is clean and efficient, its implementation has stagnated due to high radiation, high cost, and high risk...

AI Technical Summary

Problems solved by technology

[0003] One is coal-fired power generation. Coal is a non-renewable petrochemical energy that pollutes the environment seriously, but it is still the largest power supply energy and will eventually be exhausted, so it cannot be used continuously;

[0004] The second is nuclear power generation. Although nuclear power generation is clean and efficient, its implementation has stagnated due to high radiation, high cost, and high risk;

[0005] The third is the new power generation modes of wind energy, solar energy, tidal energy and geothermal energy. With the advancement of technology in recent years, they have been further promoted, but due to the constraints of geography, climate, light energy and other environmental conditions, there are certain limitations. ;

[0006] The fourth is water conservancy dam power generation. Although hydraulic power is a clean energy that is widely promoted and widely used, it is also restricted by the region and the natural environment. Some places cannot be built due to damage to the natural environment, and there are very few places suitable for installation. , its engineering cost is expensive

Images