In the era of Human Habitat 4.0, windows are no longer "supporting roles"

When buildings have been upgraded from "a container for wind and rain" to a "smart space for thinking", the curtain of the Human Habitat 4.0 era has quietly opened. In this residential revolution with "humanization, intelligence and greenness" as the core, windows, which were once regarded as "supporting roles" of buildings, are becoming the core carrier for connecting indoors and outdoors, protecting a sense of security, and defining comfort with the empowerment of intelligent systems.

Looking back at the development of human settlements, the functional iteration of windows has always been upgraded simultaneously with life needs:

• In the era of Human Habitat 1.0, it is a simple "light-transmitting port" to meet the basic lighting and ventilation needs;

• In the era of Human Habitat 2.0, it evolved into a "thermal insulation barrier" to isolate external temperature differences through sealing technology;

• In the era of Human Habitat 3.0, it became a "safety line" to improve protection capabilities with tempered glass and anti-theft structure;

• Now entering the era of human settlements 4.0, intelligent system doors and windows have broken through the limitations of physical attributes, integrated multiple functions such as sensing, interconnection, and regulation, becoming the "nerve endings" of the smart ecology of the family.

In the early morning, it can automatically adjust the opening angle according to the intensity of the light, so that the sunlight just falls on the head of the bed without being dazzling; in the afternoon, heavy rain suddenly falls, the sensor captures the raindrop signal, the window frame automatically closes and closes the balcony drying lights in succession; in the late night, if the indoor CO concentration exceeds the standard, the gap will be quietly turned on for ventilation, and the warning will be pushed to the owner's mobile phone... Such a scene is being turned into daily life by doors and windows of the intelligent system.

Active adaptation of “climate regulator”

The opening and closing of traditional windows relies on manual judgment, while the doors and windows of intelligent systems can sense environmental changes in real time and make independent decisions through sensors such as temperature and humidity, PM2.5, wind and rain:

• When the room temperature is below 18℃ in winter, the gap will be automatically closed to reduce heat loss and reduce energy consumption with the floor heating system;

• The PM2.5 index breaks through 100, instantly switches the internal circulation mode, and links the fresh air system to purify the air;

• Before the typhoon comes, close and lock the window sash in advance to avoid wind and rain - this function is particularly important in coastal cities.

Seamlessly linked "Safety Guardian Station"

Safety is the core demand of Human Habitat 4.0, and intelligent system doors and windows have built a multi-layer protection network:

• The child lock is linked to the APP permissions. When the child is alone at home, the window can only be opened with a 10cm ventilation joint to prevent accidental falls;

• If an abnormal situation such as leverage and crushing is encountered, the sound and light alarm will be triggered instantly, and the video screen will be pushed simultaneously to the owner and the property security center;

• It is deeply integrated with the smart home system, and the corridor lights are automatically lit up when the window is opened late at night, so there is no need to look for the switch when getting up at night.

Green and low-carbon "energy consumption optimizer"

Under the goal of "dual carbon", intelligent system doors and windows have become a key link in building energy conservation:

• It adopts Low-E low-radiation glass and multi-cavity sealing structure, and the heat transfer coefficient (K value) can be as low as 1.8W/(㎡㎻K), which is more than 40% energy-saving than ordinary windows;

• Combined with the photovoltaic smart window of photovoltaic power generation components, it can meet 15% of the household's electricity consumption needs in areas with sufficient light, and the residual electricity can also be incorporated into the power grid;

• By learning user life habits, the ventilation frequency is automatically adjusted, for example, office workers reduce turn on during working days and reduce air conditioning energy consumption.

Some people say that the value of smart system doors and windows is to "let technology be invisible in life." It will not increase user burden with complex operations, but will gradually adapt to family habits through AI learning: the windows used by the elderly can retain physical buttons, while the young can control them through voice or mobile APP; the windows in the north-facing bedroom focus on insulation, and the floor-to-ceiling windows in the living room strengthen sound insulation - This customized experience of "thousands of people and faces" is the core embodiment of the "people-oriented" era in the Human Habitat 4.0 era.

With the advancement of industry norms such as "Group Standard for Intelligent Window Improvement for Buildings", intelligent system doors and windows are moving from "tasteful for niches" to "popularization of the masses". When windows are no longer just "supporting roles" of architecture, but "living partners" who can perceive needs, predict risks, and optimize experiences, our relationship with home is also being redefined.

Perhaps in the near future, when you open the door of your house, you will not only be the light and temperature, but also the window that has already adjusted the angle for you - it remembers the intensity of the sunshine you like, understands the quiet space you need, and protects all your expectations for "home". This is the warm background of the Human Habitat 4.0 era.

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