What Are the Advantages of Water-Cooled Air Conditioners? And Why Choose Them for Workshop Cooling?

01. Working Principle

The cooling medium used in traditional air conditioners is Freon, a substance that is particularly harmful to the atmosphere. Air conditioning technology has evolved over a long period, and water-cooled air conditioners are a widely used type with excellent technical features.

The principle can be understood by imagining standing by the sea: when the sea breeze blows, it feels especially cool. This is because the seawater absorbs heat from the air and evaporates, causing the air temperature to drop, thus delivering cool air to us.

02. Key Advantages

1. Environmentally Friendly & Quiet: Uses water as the coolant, producing no pollutants. The operation is very quiet with low vibration.

2. Good Air Quality, Comfort & Health: Continuously introduces fresh, cooled air while expelling stale air, improving indoor air quality.

3. Low Investment, High Efficiency: Offers a much lower initial investment and installation cost compared to traditional central air conditioning systems, with high cooling effectiveness for the cost.

4. Low Price & Low Power Consumption: The equipment itself is affordable and consumes very little electricity (mainly for the water pump and fan), leading to significant energy savings.

5. Strong Cooling Effect: Can lower the temperature by 5-15°C, which is highly effective in hot, dry environments.

6. High Airflow Volume & Long Air Throw: Provides a large volume of air that can be directed over long distances, ensuring even cooling throughout a large space.

7. Stable Performance & Reliable Quality: Simple mechanical structure ensures stable operation and reliable durability.

03. Suitable Locations

Evaporative air coolers are ideal for:

• Places with high occupant density or that need rapid cooling for short periods: Auditoriums, meeting rooms, churches, schools, canteens, gymnasiums, exhibition halls, shoe factories, garment factories, toy factories, food markets, etc.

• Locations with strong polluted gases, odors, or heavy dust: Hospital halls, waiting rooms, kitchens, as well as chemical plants, plastic factories, electronics factories, chemical fiber plants, tanneries, spraying/printing factories, rubber plants, dyeing factories, textile mills, breeding farms, etc.

• Production sites with heat-generating equipment or high temperatures: Metalworking, injection molding, electroplating, metallurgy, printing, food processing, glass, and home appliance manufacturing workshops.

• Spaces that require open doors: Shopping malls, supermarkets, amusement arcades, entertainment venues, waiting rooms.

• Agricultural research and cultivation centers or bases.