All-weather energy-saving ventilating window and temperature control method

Abstract

The invention relates to an all-weather energy-saving ventilating window for a building curtain wall. The window comprises upper, middle and lower parts which are fixed together with wall bodies of a building by window frames, wherein the middle part is provided with a fixed landscape window or horizontal pulled semi-open window; the upper part is provided with a first window which can be opened outwardly and a second window which can be opened inwardly; and the lower part is provided with an inwardly opened third window and an outwardly opened fourth window. A method for controlling the indoor temperature by adopting the all-weather energy-saving ventilating window is characterized by controlling opening and closing of each window to realize different aims according to difference of seasons and requirements such as the requirement for warming, cooling or heat insulating. The all-weather energy-saving ventilating window has the following advantages: the all-weather energy-saving ventilating window has all-weather condition adaptability, realizes zeroenergy passive environment control, can operate in a full-sealed manner, is pollution-free and noise-free, is suitable for all types of buildings (especially super-high-rise buildings) and can realize full-automatic intelligent control.

Description

technical field [0001] The invention relates to the technical field of building energy saving and utilization of new energy, in particular to an all-climate energy-saving breathing window for a ventilated glass curtain wall and a temperature control method. Background technique [0002] According to relevant expert estimates, about 50% of the world's energy consumption is building energy consumption, and the energy lost from ordinary windows is 5 to 6 times that of ordinary solid walls. Ordinary windows have improved a lot, but they are still a weak link in building energy consumption. The advantages of the breathing curtain wall are fully reflected in its double-layer curtain wall structure, which is superior to the traditional single-layer glass curtain wall in terms of sunlight exposure, heat radiation and heat conduction. According to relevant German data, compared with the energy consumption of traditional single-layer glass curtain walls, breathing curtain walls can s...

AI Technical Summary

Problems solved by technology

[0002] According to relevant expert estimates, about 50% of the world's energy consumption is building energy consumption, and the energy lost from ordinary windows is 5 to 6 times that of ordinary solid walls. Common windows have improved a lot, but they're still a weak link in building energy consumption

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