Wind-magnetism pyrogenic water heater

Abstract

The invention relates to a wind-magnetism pyrogenic water heater which comprises a vertical shaft-type S-shaped wind turbine and a pyrogenic device, wherein the upper cover and lower cover of the wind turbine are divided into two layers by a layering plate, and each layer is equipped with two semi-cylindrical blades; the openings of the two semi-cylindrical blades of each layer are opposite to form an S shaped, and a part of overlapping area is arranged on a rotating center; a water-storing tank and an accelerator are installed on a pyrogenic device support, and the input end of the accelerator is connected with the transmission shaft of the fan; and an output shaft passes through the bottom of the water-storing tank, a turntable provided with a permanent magnet is installed on the output shaft, and the bottom of the water-storing tank is connected with a heating plate. The water heater provided by the invention has the advantages that the wind energy conversion efficiency is high, the windward area is large, no requirements on the wind direction exists, and the eddy current pyrogenic efficiency of the pyrogenic device is high.

Description

technical field [0001] The invention relates to the technical field of a wind magnetic heating water heater, including a wind turbine and a heating device, Background technique [0002] In today's increasingly serious energy crisis, people pay more and more attention to the utilization and development of wind energy. At present, the research and application of wind energy in our country is gradually developing, but most of the research is dedicated to wind power generation, and there is less research in the field of wind energy heating. Wind energy heating mainly includes four heating methods: liquid stirring heating, liquid extrusion heating, solid friction heating and eddy current method heating, among which the most researched are liquid stirring heating and liquid extrusion heating. There are few studies on eddy current magneto-heating. [0003] In the study of wind energy utilization, wind energy power plant is one of the more important links, and the efficiency of wi...

AI Technical Summary

Problems solved by technology

At present, the traditional vertical axis type S-type wind turbine has the following two disadvantages: 1. When the angle between the diameter direction of the two semicircular wind impellers and the wind direction is small, it will be difficult to start the wind turbine; 2. When the diameter of the two semicircular wind impellers When the direction is parallel to the angle between the wind direction, the utilization rate of wind energy is small

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