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19 years focused on producing a customer-satisfied negative pressure fan. The company was founded in 2003 with a registered capital of 5 million yuan.It has 19 years of experience in manufacturing ventilation equipment. Theheadquarters and R&D base are located in Zhangwu Second industrial Park, o15-minute drive from Dongguan East Railway Station. The factory area isabout 20,000 square meterss,with 14 national certification patents, is ahigh-tech manufacturer integrating production, design, R&D, sales andservice.
Advantages of Direct Evaporative Cooling System
Direct Evaporative Cooling Systems offer numerous and extensive advantages over conventional air conditioning units. First of all, they are highly energy efficient by using significantly less electricity to run them; they are more ecologically sound as they don't use harmful refrigerants that contribute to global warming; they are cost-effective because installation and maintenance costs are far cheaper; plus Direct Evaporative Cooling Systems may help enhance indoor air quality by adding moisture back into the atmosphere thereby decreasing dust particles and allergens in the atmosphere.
Maintenance of Direct Evaporative Cooling System
Routine maintenance of Direct Evaporative Cooling Systems is key to their efficiency and durability, including cleaning/replacing wetted media, adjusting water flow/temperature parameters and inspecting fan/control units. Inspecting with an experienced technician at least annually to confirm proper functioning or identify potential problems can help extend their useful life and guarantee reliable service from them for years. Proper care ensures their efficacy & reliability!
Direct Evaporative Cooling Systems: A Brief Introduction
Direct Evaporative Cooling (DEC) is an innovative approach to cooling that leverages water evaporation to effectively lower air temperatures, making this method especially advantageous in regions with hot climates where conventional air conditioning methods may prove ineffective and costly. A Direct Evaporative Cooling System works by drawing in hot, dry air from outside and passing it over a wetted medium that causes water to evaporate into a wetted medium that cools the atmosphere before disseminating this cooled air throughout an area, creating a refreshing yet comfortable indoor atmosphere for its inhabitants.
Design and Installation of Direct Evaporative Cooling System
Direct Evaporative Cooling Systems vary significantly in design and installation depending on several factors, including the size and shape of the area to be cooled, local weather conditions, available resources, etc. In general, such a system typically comprises of a fan, water pump, wetted media and control unit - with hot air being pulled through wetted media inducing water evaporation and cooling the air; then distributed throughout space via distribution fan for refreshing yet cozy indoor environment with consistent temperatures and humidity levels regulated by control unit to maintain consistent levels of comfort throughout.
Frequently Asked Question
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An evaporative cooling system is a cooling technology that utilizes the natural process of evaporation to cool indoor spaces. It works by passing hot, dry air through a constantly moistened pad or membrane that helps in absorbing heat from the air and reducing its temperature.
An evaporative cooling system works by introducing hot and dry air into the system where it is then passed through a wet medium, typically a pad or membrane that is continuously saturated with water. The air then releases heat to the water as it evaporates, and the cooler air is circulated into the space.
Evaporative cooling systems are commonly used in dry and arid climates, and are ideal for commercial, industrial, and residential settings. They are also popular in hot regions with low humidity, such as the southwestern United States and Australia.
Evaporative cooling systems are highly energy-efficient, consume up to 75% less energy than traditional air conditioning systems, and are environmentally friendly as they use only water and electricity. They also provide fresher and cleaner air, require less maintenance, and can be more cost-effective to install, especially in hot and dry climates.
The primary difference between evaporative cooling systems and traditional air conditioning systems is the method of cooling. Evaporative cooling systems use the natural process of evaporation to cool air, while traditional air conditioning systems use refrigerants and compressors to cool the air. Evaporative cooling systems also consume significantly less energy, are more environmentally friendly, and provide fresher and cleaner air.