Foldable movable energy storage type local heating device

Abstract

The invention discloses a foldable movable energy storage type local heating device. The foldable movable energy storage type local heating device comprises a water distribution main pipe, a water collection main pipe, a front decorative plate, metal foam layers, a plurality of capillary tubes, a locating hole rack, a locating strip, an energy storage layer, a back decorative plate, universal wheels, a control device, and the like, wherein the control device comprises a microcomputer, a humidity sensor, an ultrasonic humidifier, a temperature sensor, an electric heater, a water level monitor and a connecting cable; connecting pipe sections are connected through transition connectors, and heat exchange units are connected in series; the capillary tubes are connected to the water distribution main pipe and the water collection main pipe in an embedded manner; the metal foam layers and the front decorative plate are connected through bolts, and are fixed into an integral body with the locating strip; the energy storage layer, the back decorative plate and the locating strip are fixed into an integral body; and the universal wheels are pasted and fixed to the water collection main pipe. According to the foldable movable energy storage type local heating device, local stable radiant heating is achieved and energy conservation and comfort purposes are achieved through phase change heat storage/heat release heating, auxiliary heating of the electric heater and humidification of the ultrasonic humidifier, and the foldable movable energy storage type local heating device integratesfolding, moving and automatic control functions.

Description

technical field [0001] The invention belongs to the field of high-efficiency heat transfer and energy saving, in particular to a foldable and movable energy storage type local heating device. Background technique [0002] Hot water at a lower temperature circulates in the capillary network, radiating heat to the room with a small temperature difference; in summer, cold water at a higher temperature circulates in the capillary network, radiating cold energy to the room with a small temperature difference. The heat exchange between the human body and the space is mainly carried out in the form of radiation, which makes the human body comfortable, and the capillary radiant air-conditioning system has no indoor moving parts and does not generate any indoor noise. It is the quietest air-conditioning system. Due to its large heat exchange surface area, small heat dissipation temperature difference, high comfort, quietness, energy saving and other characteristics, the radiated heat...

AI Technical Summary

Problems solved by technology

[0003] The capillary network end system is often installed on the ceiling, wall or floor of the room, which can regulate the temperature of the entire room, but it lacks the demand for local individual heating, lacks pertinence and mobility, and when there is only When local individuals or local areas have heating needs, the energy-saving performance of the capillary network terminal system arranged on the ceiling, wall, and ground is not high, resulting in waste of heat

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