Compound retaining structure used for low-energy consumption container house

Abstract

The invention provides a compound retaining structure used for a low-energy consumption container house, and relates to the technical field of building energy conservation and building retaining structures. In order to solve the problems that currently, a container house provided with a metal board light retaining structure is low in comfort level in summer and winter and high in energy consumption per unit area, the compound retaining structure used for the low-energy consumption container house can be divided into a baseboard compound retaining structure, a wall compound retaining structureand a top board compound retaining structure, and the compound retaining structure comprises a baseboard water storage module, a wall water storage module, a top board water storage module, a wall low-radiation air space, a top board low-radiation air space, a wall thermal-insulation sunshading board, a top board thermal-insulation sunshading board, a baseboard thermal-insulating board and an indoor decoration surface layer. The compound retaining structure used for the low-energy container house has the advantages that in the summer, the thermal inertia can be improved through sunshading, ventilation and water filling of the compound retaining structure in combination with recycling water heat dissipation and evaporative cooling; in the winter, after water drainage, the air spaces can beformed to improve the thermal insulation effect, and meanwhile, by means of baseboard low-temperature hot water radiant heating, indoor thermal comfort and yearly low-energy consumption running are achieved.

Description

technical field [0001] The invention relates to the technical fields of building energy saving and building enclosure structures. Background technique [0002] Due to its convenient construction, flexibility and economy, container houses are more and more widely used in construction sites, camps and commercial display fields. However, the existing container houses all use metal plate lightweight enclosure structures. Compared with conventional thermal insulation masonry structures and concrete structures, the thermal performance is poor, and the surface temperature fluctuates greatly under hot summer and severe cold winter conditions, so more Relying on artificial refrigeration and heating, the energy consumption per unit area is high, which is one of the weak links in the energy saving of container houses at present. The principle of a composite enclosure structure for low-energy-consumption container houses is to adopt a thermal technology model suitable for hot summer cl...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the poor thermal performance of the metal plate light-weight enclosure structure of the current container house compared with the conventional thermal insulation masonry structure or concrete structure, the thermal comfort of the current container house is very poor when the air conditioning and heating systems are turned off in summer and winter, and it has to be Relying more on artificial refrigeration and heating, the problem of high energy consumption per unit building area, this invention proposes a composite enclosure structure for low energy consumption container houses

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