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1. The outer wall surface should not be in direct light.
2. Heat-resistance processing should be performed if direct light is unavoidable.
3. Windows should not be installed if possible as their overall heat transmission level is higher than that of a wall.
4. A lobby should be installed at the entrance of a constant temperature & humidity air-conditioning room.
5. The inside and outside of a wall should be structured to prevent condensation.
6. The room should be structured to prevent temperature/humidity differences caused by infiltration of external air.
7. Heat load calculation should be done with a maximum load in simultaneous operation mode for summer, mid-year and winter.
8. Calculate the capacity required to maintain the set temperature and humidity within the standard time by analyzing
the transient state during the initial operation or a change in indoor conditions.
9. Although the difference in the indoor temperature/humidity decreases with higher frequency of ventilation, the running costs increase.
10. Positive pressure should be maintained to prevent outside air from entering. Entry of outside air should be minimized to reduce the difference in temperature and humidity.
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