Power system with air as energy source

Abstract

The invention discloses a dynamical system, in particular relates to an air energy dynamical system which adopts the air as the energy. The air energy dynamical system includes a high-pressure air holder which forms closed cycle through pipeline connection, an air engine, a low-pressure air holder and a secondary air booster, wherein, the high-pressure air holder is connected with an air inlet of the air engine; the low-pressure air holder is connected with an air exhaust of the air engine; an output shaft of the air engine outputs mechanical energy; and the energy of the secondary air booster is provided by a high-energy accumulator battery. The secondary air booster is an air compressor which adopts a direct current motor as the power. The invention has the advantage of taking air as energy without environmental pollution and having simple structure, high safety performance and closed cycle.

Description

technical field [0001] The invention relates to a power system, in particular to an air energy power system using air as energy. Background technique [0002] Traditional thermal power, hydraulic power, and wind power generation have their own disadvantages. For example, thermal power generation needs to consume a large amount of primary energy—coal or oil; hydropower generation requires a drop in water level; wind power generation is restricted by the natural environment and The most effective areas such as high altitudes, open areas, and valleys that can gather wind power must be sparsely populated, mountainous or coastal areas, far away from residential areas, industrial centers, and cities that require electric energy, so there are still problems with power transmission. . [0003] In addition, the current large increase in automobiles has brought about a large amount of energy consumption and environmental pollution. Most of the existing automobiles use oil as energy. ...

AI Technical Summary

Problems solved by technology

[0002] Traditional thermal power, hydraulic power, and wind power generation have their own disadvantages. For example, thermal power generation needs to consume a large amount of primary energy—coal or oil; hydropower generation requires a drop in water level; wind power generation is restricted by the natural environment and The most effective areas such as high altitudes, open areas, and valleys that can gather wind power must be sparsely populated, mountainous or coastal areas, far away from residential areas, industrial centers, and cities that require electric energy, so there are still problems with power transmission.

The compressed air of One CAT is consumed like fuel oil during the working process, and the compressed air needs to be replenished. One CAT can be refilled at a dedicated "gas station", which needs to be equipped with a special high-pressure air compressor (high At 300 atmospheres), you can also use the built-in high-pressure air compressor of One CAT to refill it yourself, but it usually takes one night to refill it all

This technology has the following problems: (1) The One CAT power system uses a high-pressure system of 300 atmospheres, and there are hidden dangers in safety. If there is a leak from a small hole or a thin seam, it will become an air that can cut metal. (2) One CAT consumes the stored compressed air during the working process, and it must be supplemented if it is consumed. In practice, it is difficult to build a dedicated gas station like a gas station, so its commercialization will be difficult. (3) One CAT still needs to burn a small amount of traditional fuels such as oil and natural gas when driving at high speed, so in fact One CAT is a hybrid vehicle

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