Glass enclosure structure with double-layer embedded pipes and operation method

Abstract

The invention discloses a glass enclosure structure with double-layer embedded pipes and an operation method. The glass enclosure structure comprises high-grade energy equipment, low-grade energy equipment, a circulating pump and three layers of glass curtain walls; two air cavities are formed among the three layers of glass curtain walls; drainage pipes are arranged in the two air cavities; the two ends of each drainage pipe are communicated with the high-grade energy equipment or the low-grade energy equipment; and sun-shading shutters are arranged on part of water pipes, and the light transmittance of the water pipes is flexibly adjusted through a shutter adjusting mechanism. According to the glass enclosure structure, circulating fluids with different temperatures are introduced into the two drainage pipes, so that heat gaining or heat loss in different cavities can be efficiently treated according to temperature grade differences in the air cavities, and heat gaining or heat loss penetrating through the enclosure structure is further reduced on the basis of a glass enclosure structure of a traditional single-layer embedded pipe; and when the conditions are appropriate, cold or heat can be directly provided for the indoor space, and compared with a conventional building cooling or heating system, the needed energy grade and consumption can be obviously reduced.

Description

Technical field [0001] The present invention relates to the field of building energy-saving technologies, and more particularly to a glass envelope system having a double-layer embedded tube. Background technique [0002] The heat transfer through the envelope is an important part of the building cold load or the heat load. The light-transmitting enclosure structure of the glass is generally less thermal resistance, and can be directly transmitted through solar radiation, which is cold through the enclosure structure. Important sources of load or heat load, reduce heat transfer through the glass enclosure structure is significant for building energy saving. [0003] The multilayer glass envelope structure includes at least two layers of glass, which is an energy-saving glass enclosure structure, and a glass can be made of single-chip glass or double-slide hollow glass. Such a glass enclosure structure is formed by increasing the heat transfer thermal resistance, thus reducing the...

AI Technical Summary

Problems solved by technology

In addition, since this glass enclosure structure is characterized by using high-temperature cold water or low-temperature hot water to intercept outdoor cooling and heating loads, thereby reducing the indoor heating and air-conditioning load, it is difficult to directly supply cooling or heating indoors in many cases.

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