Low-consumption energy-saving underfloor air supply raised floor

Abstract

The invention relates to a low-consumption energy-saving underfloor air supply raised floor. The floor comprises a floor body, a thermal insulating layer under the floor body and a thermal reflecting layer under the thermal insulating layer, wherein the floor body comprises a first metal structure layer, a second metal structure layer and a bearing base layer, wherein the second metal structure layer is matched with the first metal structure layer to form an accommodating space, and the bearing base layer is positioned in the accommodating space; Indoor cold can be prevented by the thermal insulating layer from flowing away through the floor, therefore the cold consumption is low; and underfloor thermal flow can be reflected through the thermal reflecting layer, so that cold consumption is prevented. Therefore, the low-consumption energy-saving underfloor air supply raised floor has the functional characteristics of reasonable structure, energy conservation and environmental protection, fire and water proofing, low consumption, high load and the like; in particular, when the raised underfloor space is taken as an air-conditioning underfloor air supply system, the product has the functional characteristics of low thermal conduction coefficient, small potential heat and small wind resistance, therefore the heat power consumption of the system is small and the effects of saving energy can be achieved.

Description

technical field [0001] The invention relates to a low-dissipation energy-saving air-supply elevated floor, in particular to an elevated floor structure used for an air-supply air-conditioning system of a public commercial administrative building, and belongs to the technical field of new energy-saving and environment-friendly materials. Background technique [0002] Since the 1990s, developed countries such as Europe and the United States have promoted the use of down-flow air-conditioning systems in public business and administrative buildings. Its form is nothing more than the following two types: one is to lay an elevated raised floor on the structural ground, so that the static pressure box structure of the air-conditioning system is formed between the floor and the ground. When the air-conditioning fan sends cold air into the structure to form a certain pressure, it passes through The air outlets set according to the needs send out the cold air; the second is to lay pip...

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Problems solved by technology

thus increasing the energy consumption of the air conditioner

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