Wind power heat energy exchange equipment

Abstract

The invention discloses wind power heat energy exchange equipment which is provided with a thermal insulation container, wherein the thermal insulation container is provided with an electric heater, a steam discharge port and an atomizer capable of sufficiently forming dispersed water mist. The electric energy generated by the wind power generation equipment can be supplied to the heater for heating through a wire, and the water mist sprayed by the atomizer absorbs heat in a stable high-temperature area of a heat energy exchanger and is instantly vaporized into steam so as to form a high-energy heat energy form for use to improve the utilization rate of wind energy. Particularly, the steam discharge port is communicated with a negative-pressure steam-water mixer of a water return pipeline of a heating system through a pipeline, and the atomizer is communicated with a water supply pipeline of the heating system through a pipeline to form the wind power heat energy exchange heating system equipment; the equipment has high heat conversion efficiency and high energy utilization rate, and can be started / closed anytime; and the heat is available five minutes after the equipment is started.

Description

technical field [0001] The invention relates to a device for heating by converting electric energy generated by wind power into heat energy, in particular to a high-efficiency wind power heat exchange device for heating atomized water by wind power to form high-energy water vapor, which is mixed with circulating water for heating as required Hydronic heating system equipment that provides load heat. Background technique [0002] The heating equipment in the existing heating system all uses boilers to generate heat for heating. Heating with coal boilers accounts for more than 70% of the total coal consumption in cities (or only 30% to 70% of coal heat can be used), and it also pollutes the environment. If central heating is adopted, sewage treatment can be carried out in a centralized manner. Although environmental pollution is reduced, it cannot save energy. A large number of pipe networks not only require a large investment, but also the heat loss of the external pipe netw...

AI Technical Summary

Problems solved by technology

Heating with coal boilers accounts for more than 70% of the total coal consumption in the city (or only 30%~70% of coal heat can be used), and it also pollutes the environment

If central heating is adopted, sewage treatment can be carried out in a centralized manner. Although environmental pollution is reduced, energy cannot be saved. A large number of pipe networks not only require a large investment, but also the heat loss of the external pipe network is very large, reaching 30% of the total heat.

At present, wind power generation is mainly to integrate the generated electricity into the power supply network after modulation. Due to the relatively large fluctuations in the electric energy generated by wind energy, the complexity of the modulation and grid-connected equipment, and the high requirements for grid-connected technical parameters, it is difficult to connect wind power to the grid; Due to the difficulty of peak regulation and consumption of wind power and the underutilization of wind power, etc., the phenomenon of wind power curtailment and wind abandonment has occurred

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