Energy storage heater

Abstract

The invention discloses an energy storage type warmer which comprises a housing and an insulating layer, wherein a cavity is arranged in the housing; air outlets are formed in the upper part of the housing; air inlets are formed in the lower part of the housing; the insulating layer is arranged on the inner surface of the housing; the energy storage type warmer further comprises an electric control door switch and a heating energy storage device; the electric control door switch is arranged at the upper part of the housing; the heating energy storage device comprises a heating pipe and energy storage bricks; the heating pipe is arranged at the middle of the housing; the energy storage bricks are symmetrically arranged on two sides of the heating pipe and are of flat hexahedron symmetrical structures; an indent working face is arranged on any plane of the hexahedron; independent and parallel vertical bars are arranged on the indent working faces in a protruding manner; grooves are formed in the vertical bars. The electric control door switch of the energy storage type warmer is simple in structure, integrated, smaller in size, and simple in installation procedure, has no combustion, does not need water or discharge waste, operates noiselessly, utilizes the low-price electric energy of the off-peak time interval of a power grid, relies on the energy storage bricks to store heat, releases the heat according to the warming demands, is more energy-saving and environment-friendly, and reduces energy loss.

Description

technical field [0001] The invention relates to an energy storage type heater. Background technique [0002] With global climate variability and population density increasing, how to save energy and reduce emissions has become the focus of human attention. And improving the utilization rate of heating equipment is also a major improvement point of energy conservation. [0003] The common heating equipment on the market is radiator heating. When hot coal such as water flows through the radiator, the heat carried by the heating medium is continuously transferred to the object with a lower temperature through the radiator fin, so as to realize the temperature difference transfer of heat energy. This kind of radiator is bulky and most of them are integrally formed. The temperature of the radiator will reach the same temperature as the hot coal in the pipe at most, and will not exceed the temperature of the hot coal. In practice, the radiator needs to dissipate heat to the surro...

AI Technical Summary

Problems solved by technology

[0003] The common heating equipment on the market is radiator heating. When hot coal such as water flows through the radiator, the heat carried by the heating medium is continuously transferred to the object with a lower temperature through the radiator fin, so as to realize the temperature difference transfer of heat energy. This kind of radiator is bulky and most of them are integrally formed. The temperature of the radiator will reach the same temperature as the hot coal in the pipe at most, and will not exceed the temperature of the hot coal. In practice, the radiator needs to dissipate heat to the surrounding space, so it will not reach The temperature of the hot water in the water pipe below, the inlet temperature of the radiator is higher than the outlet temperature, and there is a relatively large energy loss on the way of hot coal being transported from the pipeline to the radiator

And another kind of electric heater is to use the electric heating tube to heat after being energized, and the moment when the electric energy is converted into heat energy, the heat is transferred and released into the air. The power is adjusted by increasing or decreasing the number of electric heating tubes connected. The temperature rises slowly, cannot store heat, consumes a lot of electricity, and lasts for a long time. After the power is cut off, the room will cool down soon; Power to achieve, power consumption and not energy-saving

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