The primary purpose of an air conditioner system is to manage the temperature of a room.
Water cooled chiller vs air cooled chiller cop.
Deciding which chiller type best suits your industrial process depends on several factors which include.
However using state of the art technology with centrifugal compressors and variable speed control air cooled chillers are often the better.
The electrical power demand of the chiller to produce this is 460kw.
Factors such as water costs efficiency ratings and electricity can dramatically change the lifetime price of a chiller.
However water cooled chillers allow the refrigeration system to operate at lower head pressure making them more efficient and less costly to operate than air cooled chillers.
Packaged air cooled chillers are typically available in sizes ranging from 7 5 to 500 tons 25 to 1 580 kw.
Take for example a chiller which is producing 2 500kw of cooling or 8 533 364btu h in metric units.
Water efficiency is a key operational consideration where water cooled chillers are installed.
Water cooled chiller systems have a cooling tower thus they feature higher efficiency than air cooled chillers.
F air cooled reciprocating water chillers that have five years old installation operating at full load covering nominal cooling capacities from 17 kw to 525 kw.
Water cooled chiller although both air cooled chillers and water cooled chillers function to remove unwanted heat from manufacturing processes they differ in various ways.
The metric calculation would be.
Water cooled chillers tend to have lower life cycle costs in warmer climatic regions in buildings where chillers are operated for long hours and where chiller capacity is typically larger than 1 5mw.
Water cooled chillers are more efficient because they condense depending on the ambient temperature bulb temperature which is lower than the ambient dry bulb temperature the lower a chiller condenses the more efficient it is.
If we only look at compressor costs this may be true.
One uses the air and one uses water.
Conventional thinking has been that water cooled chillers are more efficient than air cooled chillers.
This means that for every 1kw of electricity you put into the machine you will produce 5 4kw of cooling.
2 500kw 460kw 5 4 so the cop is 5 4.
In other words water cooled chillers can deliver higher cooling capacity with fewer units and a smaller footprint.
Figure 2 show that air cooled cooling systems that ranged from 17 kw to 525 kw when operated at tropical outdoor temperatures and with presence of sandy storms will have.
Typically air cooled chillers are placed outside a building while you would keep a water cooled chiller inside.
This can usually go both ways as many air conditioners can cool down as well as heat.
