What are the characteristics of the air cooled by the Wet Curtain Wall?

1. Temperature reduction

The wet curtain wall can significantly reduce the temperature of the air it treats through the principle of absorbing heat through water evaporation. Provide a cooler environment indoors.

2. Increased humidity

The wet curtain wall releases water vapor during operation, so the humidity of the air after cooling will increase. This moist air helps improve the indoor environment and makes people feel more comfortable in summer. However, it should be noted that excessive humidity may also cause some discomfort, such as stuffiness, so it is necessary to reasonably control the humidity when using the wet curtain wall.

3. Improved air quality

The wet curtain wall can not only cool down, but also purify the air to a certain extent. When the air passes through the wet curtain paper, the tiny particles such as dust and pollen in it will be filtered out by the water film, thereby reducing the pollutant content in the indoor air. In addition, moist air can also help reduce static electricity and odor in the air, further improving the indoor air quality.

4. Ventilation

The wet curtain wall is usually used in conjunction with a negative pressure fan to form a negative pressure ventilation system. This system can effectively discharge the dirty air in the room and introduce fresh air from the outside. Therefore, the cooled air is not only of suitable temperature and moderate humidity, but also rich in oxygen and negative ions, which helps to improve people's breathing environment and health.

5. Energy saving and environmental protection

The wet curtain wall cooling system is an energy-saving and environmentally friendly cooling method. It uses the natural evaporation of water to cool down, and does not require a lot of electricity or other energy. Therefore, compared with traditional cooling equipment such as air conditioners, the wet curtain wall has lower energy consumption and higher energy efficiency ratio. At the same time, it can also reduce the use time of equipment such as air conditioners, further reducing energy consumption and carbon emissions.