Research Article
Smart Building Skin Design with Dynamic Climate Adaptability of Smart Cities Based on Artificial Intelligence
Table 2
Basic strategies for key technical points.
| Lighting | Increase sunlight into the room |
| Heat preservation | Enhance the tightness of the skin and reduce the heat transfer coefficient of the skin | Solar energy/power | Increase solar radiation into the room, and more solar energy is converted into thermal energy | Hide from sunlight | Reduce the sun’s rays into the room | Ventilate | Reduce the airtightness of skin | Insulate against heat | Reduce skin heat transfer coefficient, increase heat storage, and reduce indoor and outdoor energy exchange |
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