Intelligent temperature-induction temperature-constant ecological lighting ceiling and temperature control method

Abstract

The invention relates to an intelligent temperature-induction temperature-constant ecological lighting ceiling and a temperature control method. The ceiling is technically characterized by comprising inner-side glass, outer-side glass, a temperature control unit, an environment monitoring system, and an independent hollow layer formed between the inner-side glass and the outer-side glass and connected to the temperature control unit. The work mode is selected intelligently to realize intelligent temperature control, the power consumption is reduced, and the temperature of the hollow layer is kept in a constant value.

Description

technical field [0001] The invention relates to a daylighting ceiling, in particular to a temperature-sensing intelligent constant temperature ecological daylighting ceiling and a temperature control method. Background technique [0002] Daylighting ceiling, also known as daylighting roof, is a form of building roof. Many modern buildings use daylighting ceilings, such as large shopping malls, office buildings and other buildings. This type of building has high requirements for the comfort of its internal environment. They are all equipped with air-conditioning systems for cooling or heating to keep the indoor temperature constant, but this also brings about a huge problem of air-conditioning energy consumption. Play an important role. [0003] In line with the above trend, the double-layer daylighting ceiling has gradually entered people's field of vision. Figure 7 A double-layer daylighting ceiling in the prior art is shown, which includes an inner glass 1, an outer glas...

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Problems solved by technology

[0002] Daylighting ceiling, also known as daylighting roof, is a form of building roof. Many modern buildings use daylighting ceilings, such as large shopping malls, office buildings and other buildings. This type of building has high requirements for the comfort of its internal environment. They are all equipped with air-conditioning systems for cooling or heating to keep the indoor temperature constant, but this also brings about a huge problem of air-conditioning energy consumption. Play an important role

[0003] In line with the above trend, the double-layer daylighting ceiling has gradually entered people's field of vision. Figure 7 A double-layer daylighting ceiling in the prior art is shown, which includes an inner glass 1, an outer glass 2 and a hollow layer 3 formed between them. The hollow layer 3 forms an air buffer layer to reduce the gap between indoor and outdoor. Heat exchange keeps the indoor temperature relatively stable and reduces the loss of indoor heat energy, thereby saving energy and air-conditioning operation and maintenance costs. However, with this double-layer daylighting ceiling, the air-conditioning system still consumes a lot of energy when cooling or heating is turned on, and the energy-saving performance is insufficient.

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