High-frequency electromagnetic heating energy-saving system with quantum energy

Abstract

The invention discloses a high-frequency electromagnetic heating energy-saving system with quantum energy. The high-frequency electromagnetic heating energy-saving system mainly comprises a container, a biological insulating heat-insulation medium layer, a quantum high-frequency electromagnetic coil, an integrated module and a cloud control module. The biological insulating heat-insulation medium layer is wound on the outer wall of the container, the quantum high-frequency electromagnetic coil is arranged on an outer layer of the biological insulating heat-insulation medium layer, two ends of the quantum high-frequency electromagnetic coil are connected with the integrated module, and the integrated module is connected with the cloud control module. The high-frequency electromagnetic heating energy-saving system has the advantages of low heat loss and maintenance rate and long service life.

Description

technical field [0001] The invention relates to an energy-saving system, in particular to a quantum energy high-frequency electromagnetic heating energy-saving system. Background technique [0002] The existing electric heating technology is not very mature, and has the following disadvantages: large heat loss, the traditional electric heating industry generally adopts the resistance wire heat conduction heating method, and this traditional heating method has a relatively low thermal efficiency. Self-heating and then transfer the heat to the barrel or container, so as to achieve the effect of heating the object. The heat utilization rate of this heating effect is only about 50%-80%, and the heat loss is as high as 20%-50% or more; Short service life: a lot of maintenance. Because the electric heating tube uses resistance wire, its heating temperature is as high as about 200 degrees, and the thermal hysteresis is relatively large, so it is difficult to control the temperatur...

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Problems solved by technology

[0002] The existing electric heating technology is not very mature, and has the following disadvantages: large heat loss, the traditional electric heating industry generally adopts the resistance wire heat conduction heating method, and this traditional heating method has a relatively low thermal efficiency. Self-heating and then transfer the heat to the barrel or container, so as to achieve the effect of heating the object. The heat utilization rate of this heating effect is only about 50%-80%, and the heat loss is as high as 20%-50% or more; Short service life: high maintenance

Because the electric heating tube uses resistance wire, its heating temperature is as high as 200 degrees, the thermal hysteresis is large, it is difficult to control the temperature accurately, and the resistance wire is easy to burn out due to high temperature aging

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