A wind power generation system that relies on steel structure composite towers to provide stable power

Abstract

The invention relates to a wind power generation system supplied with stabilized power supply by a steel structure compound tower body. The wind power generation system comprises a fan, the tower body and a control module, wherein the tower body at least comprises a plurality of elongated barrel pressure tanks; the pressure tanks are circumferentially arranged around a central shaft; the adjacent pressure tanks are connected through a steel structure truss or welding to form the tower body; every two pressure tanks among the pressure tanks are a group to form an energy storage and release unit; liquid medium and compressed air are arranged in the pressure tanks of each energy storage and release unit; a reversible type compression device is connected between two pressure tanks through a pipeline; each reversible type compression device is connected with the control module; an output cable of the fan is connected with the control module; each reversible type compression device is provided with an output cable; each output cable is connected with a power grid. Compared with that of a single cylindrical tower body in the prior art, the bearing performance of the steel structure compound tower body is greatly improved, the function of energy storage is realized, and double functions are achieved.

Description

technical field [0001] The invention relates to the technical field of wind power generation, in particular to a wind power generation system which relies on a steel structure composite tower body to provide stable power. Background technique [0002] The biggest disadvantage of wind power generation in the prior art is that the power source is unstable and is greatly affected by the weather. When there is wind, there is power, and when there is no wind, there is no power. When the wind is strong, the power is sufficient, and when the wind is small, the power is weak, which impacts the power grid. It is relatively large, and it is not a high-quality power source for the current power grid. It can only be used as a supplementary power source and cannot be used as a main power source. In order to solve this problem, some people use batteries to adjust to achieve stable power supply. It is proposed that lithium batteries, which are widely popular in recent years, are seriously ...

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Problems solved by technology

[0002] The biggest disadvantage of wind power generation in the prior art is that the power source is unstable and greatly affected by the weather. There is power when there is wind, and no power when there is no wind. The power is sufficient when the wind is strong, and the power is weak when the wind is small, which has an impact on the power grid. It is relatively large, and it is not a high-quality power source for the current power grid. It can only be used as a supplementary power source and cannot be used as a main power source. In order to solve this problem, some people use batteries to adjust to achieve stable power supply. It is proposed that lithium batteries, which are widely popular in recent years, are seriously polluted in the manufacturing process of lead-acid batteries and lithium batteries, and both are limited by the life of charge and discharge times, and need to be replaced regularly, so that both social benefits and economic costs are not feasible

[0003] In the existing power grid, there is also pumped water storage, which needs to be installed near the water source, and infrastructure such as dams needs to be built, the investment cost is high, and there are specific requirements for the external environmental conditions; There is a method of using air compressors for energy storage, using the underground tunnels of some abandoned mines as gas storage chambers to store compressed air. These abandoned mines are difficult to perform air tightness testing, so this method is specifically applied There are very few examples, indicating that the feasibility is not strong

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