Wind power compressed air energy sources application net system method

A compressed air and energy technology, applied in the field of wind compressed air energy application network system, can solve the problems of high production cost of secondary energy, intermittent wind energy and unbalanced spatial distribution, compressed air energy cannot be popularized and used on a large scale, and achieve Simple structure, low production cost, safe and convenient use

Inactive Publication Date: 2009-01-21
邸慧民
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Problems solved by technology

[0003] Compressed air energy cannot be popularized and used on a large scale like electric energy because the production cost of secondary energy such as electricity used to produce this energy is high. Although there are devices for pumping water by wind compressed air, it is limited by the intermittency of wind energy and space constraints. Unbalanced distribution has a great impact, mainly relying on the sky for food

Method used

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  • Wind power compressed air energy sources application net system method

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Embodiment

[0019] As shown in the figure, in this embodiment, the wind energy is converted into compressed air energy by the wind air compressor installed in the wind field, and the compressed air energy produced is transported to the container by the pipeline for storage, forming the production and storage of wind compressed air energy System unit 1; the wind compressed air energy production and storage system units 1 distributed in a wide area are connected by pipelines, so that the compressed air energy of the wind compressed air energy production and storage system units 1 in different areas can be transferred to each other and supplemented , to form a compressed air energy transmission pipeline network system 2; the compressed air energy user pipeline network system 3 connected to the side of the compressed air energy transmission pipeline network system 2 is provided for users to use.

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Abstract

The invention relates to a method of an application net system of wind compressed air energy, which is composed of a production and storage system of wind compressed air energy, an air duct network of wind compressed air energy and a subscriber tube network system of wind compressed air energy. Compressed air as a superior energy has the features of flexibility and softness which are not found in other energies. The aim of utilizing primary wind energy in production of compressed air energy is to get rid of dependence on secondary energies such as electricity and the like, and the compressed air energy is enabled to be a clean low-price independent energy. Wind power is of much randomness, which can vary constantly along with different times, seasons, spaces and areas, so the utilization of wind power relies on weather usually. The invention utilizes the systematic method to resolve the problem that the wind power varies easily in space-time randomness so as to result in unstable power production and supply. The method of the invention is placed to develop a safe, stable and low-price novel energy on a large scale.

Description

technical field [0001] The present invention relates to a method for producing compressed air energy from the current secondary energy source, and transforms it into a method for producing compressed air energy from primary wind energy. The compressed air produced by the wind-powered air compressor group is transported to the air storage container for storage to form a system unit for the production and storage of wind-powered compressed air energy. and the unstable impact caused by the supply; secondly, many wind compressed air energy production and storage system units are connected by pipeline systems in a large area to form a gas transmission pipeline network system that can regulate and transmit compressed air energy. This system adjusts the uneven energy distribution of wind energy in various regions in time and space, so that the production and supply of compressed air energy can be stabilized; finally, the compressed air energy is delivered to users by the pipeline con...

Claims

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Application Information

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IPC IPC(8): F03D9/00F17D1/04F03D9/17
CPCY02E10/725Y02E10/72Y02E70/30
Inventor 邸慧民
Owner 邸慧民
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