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Indoor phase change energy storage device and paving method thereof

A technology of phase-change energy storage and phase-change energy storage materials, which is applied to building devices and their paving, indoor building materials phase-change energy storage devices and the matching field of phase-change energy storage materials in devices, which can solve the problem of inaccurate Determining the quality of the phase change energy storage material in the floor The thickness of the floor, the inability to determine the heat load of the heating design of the phase change energy storage material, and the large fluctuation range of the indoor temperature can achieve the effect of improving the thermal comfort of the environment, improving the heating performance, and keeping the indoor temperature constant

Active Publication Date: 2021-06-22
BEIJING FORESTRY UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0011] The purpose of the present invention is to aim at the design and construction process of the existing electric heating phase change energy storage floor, because the heat supplied to the building by the phase change energy storage material in the phase change energy storage floor in unit time cannot be accurately determined, that is, it cannot be determined The heating design heat load of the phase change energy storage material makes it impossible to accurately determine the quality of the phase change energy storage material in the floor and the laying thickness of

Method used

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  • Indoor phase change energy storage device and paving method thereof
  • Indoor phase change energy storage device and paving method thereof
  • Indoor phase change energy storage device and paving method thereof

Examples

Experimental program
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Effect test

Embodiment 1

[0117] In this embodiment, a room located in Beijing is selected, and the number of floors of the room to be heated is 3 floors, which is the top floor, and the ceiling of the room to be heated is directly plastered; Phase-change energy storage materials in energy devices, taking the example of providing heat to a room during the winter heating period.

[0118] 1. Measure the façade area and indoor floor surface area of ​​the room to be heated

[0119] 1-1. Measure the width and height of the facade of the room to be heated with a tape measure, a steel ruler or a hand-held distance meter.

[0120] The outer facade refers to the two-dimensional interface where the outer wall of the room to be heated is in direct contact with the outer space; the outer wall refers to a three-dimensional wall with a certain thickness composed of multi-layer structures.

[0121] 1-2. Determine the façade area S of the room to be heated f , that is, the sum of the products of the width and height...

Embodiment 2

[0177] This embodiment selects a room located in Shanghai, and the number of floors of the room to be heated is 6 floors, not the top floor, and the ceiling of the room to be heated is a suspended ceiling; the composite phase change energy storage material is used as the phase change energy storage device in this embodiment. Variable energy storage materials are illustrated by taking heating of rooms in the winter heating season as an example.

[0178] 1. Measure the façade area and indoor floor surface area of ​​the room to be heated

[0179] 1-1. Measure the width and height of the facade of the room to be heated with a tape measure, a steel ruler or a hand-held distance meter.

[0180] 1-2. Determine the façade area S of the room to be heated f , that is, the sum of the products of the width and height of the facade of the room.

[0181] 1-3. Measure the length and width of the ground where the phase change energy storage device is to be installed with a tape measure, a s...

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Abstract

The invention discloses a phase change energy storage device and a paving method thereof. The phase change energy storage device sequentially comprises a heat insulation layer, an electric heating layer, an energy storage material layer, a leveling layer and a surface decoration layer from bottom to top. According to the paving method, the mass and the paving thickness of required energy storage material are accurately obtained according to the heating design thermal load, the total duration of an electricity price peak section and the thermal physical parameters of the energy storage material. The heat storage density of the energy storage material in the floor is large, the phase change temperature is constant, heat energy of the electric heating layer can be stored through the phase change energy storage material, peak-valley electric power transfer is achieved, and electric power waste is reduced; and the mass and the thickness of the energy storage material needed in floor laying can be accurately obtained according to the size of a heating room, heating design parameters and thermal physical parameters of the energy storage material, the defect that the energy storage material cannot be accurately quantified in the existing floor laying process is overcome, heat stored by the energy storage material is fully utilized, energy conservation and environmental protection are achieved, all-day heating is achieved, and the room temperature always meets the human body comfort requirement.

Description

technical field [0001] The invention relates to a building device and a paving method thereof, in particular to a phase-change energy storage device for indoor building materials, a matching method for phase-change energy storage materials in the device, and a paving method for the device, belonging to the technical field of building heating . Background technique [0002] With the development of industrial technology, my country's environmental pollution is becoming increasingly serious. During the heating season in northern regions, coal is mostly used for heating, resulting in an increase in sulfur dioxide and dust particles in the air, which brings greater environmental pressure. Therefore, it is urgent to seek alternative energy sources for clean heating. Electric heating floor radiant heating equipment is flexible in layout and has no pollutant discharge. It is one of the most ideal heating methods. According to the actual law of electricity consumption, the demand f...

Claims

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Application Information

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IPC IPC(8): F28D20/02F24D13/02F24D15/02F24D19/00F24D19/10
CPCF28D20/02F24D13/024F24D15/02F24D19/00F24D19/1096F24D2200/08F24D2220/10Y02E60/14Y02B30/00
Inventor 何正斌万倩伊松林张天放何露茜王铭婕
Owner BEIJING FORESTRY UNIVERSITY
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