Method for generating electricity by utilizing sea water through high pressure storage air action

Abstract

This invention discloses a electrical generation method of high pressure gas storage using sea water. The concrete method is that many non base plate campanulate gas tanks are made and reversely buckled in deep sea bed, and then the tank becomes a sealing tank. There is gas transport pipe with control valve fixed on top of the tank; it is also connected to high pressure compressor on land. At night, when electric power is abundant, the compressor starting working, then airis forced into the tank at bottom of sea. At daylight, when electric power is tension, the delivery pipeline is opened, then sea water eject from the pipeline to drive steam turbine to drive generator generating by the extra pressure of high pressure air to sea water, the more sea bottom is deeper, the more pressure is bigger, and the driving force is more stronger, and it is constant pressure. It is a low cost and no pollution to environment method of using high pressure air store energy at bottom of sea and using sea water to make energy exchange to generate electric energy.

Description

Technical field [0001] The invention relates to a power generation method, in particular to a method for generating power using high-pressure gas storage and seabed seawater. Background technique [0002] Energy is an important material for human survival, and with the rapid development of human society, the petrochemical resources on the earth are uncontrollably exploited by humans, and they will eventually be exhausted. The largest energy source for mankind depends on electricity. Due to the relationship between people working during the day and resting at night, there is an overload of electricity during the day, which makes the already tight electricity unable to withstand the ever-increasing demand for rapid development. At night, people and factories and corporate departments are off work and rest, and many machinery and equipment and electrical appliances stop working, resulting in a large surplus of electricity. At present, there is no equipment for storing electricity in...

AI Technical Summary

Problems solved by technology

Over the years, many places have used favorable terrain and rivers to build evening energy storage reservoirs, that is, to pump a large amount of water to high reservoirs at night. During the pumping process, high-power motors are used to consume electric energy. Pump the water to a certain height, store the water in the reservoir, and wait until the peak power consumption during the day to release the water for power generation. This energy storage method also has the following disadvantages: (1) There must be terrain with high drop and available Rivers and a certain water storage capacity; (2) Since building an energy storage reservoir requires a large amount of land, a large amount of resettlement and ecological environment will be destroyed; (3) building an energy storage reservoir requires a large amount of resettlement and construction The overall investment of dams, power transmission cables, power generation equipment, and road construction must be more than several hundred million; (4) Because the energy storage reservoir is a large area and large water surface, there will be a large amount of water in the daytime under the scorching sun. Water vapor evaporates, causing invisible power loss

Although, sometimes it will be supplemented by rainwater, but the rainy day will not be very long; (5) If there is not enough water for water storage during the dry season of the river, the energy storage power station can only be a decoration and will not play any role; (6) The hydropower station cannot be built anywhere, and wasting a lot of electricity at night is the most innocent loss of all countries in the world