A chiller and a cooling tower often work together as part of a larger cooling system to efficiently remove heat from a process or a building. This combination is commonly used in commercial and industrial settings where significant cooling is required. Here's how the chiller and cooling tower system typically functions:
1.Chiller Operation: The chiller is responsible for cooling down a liquid, usually water, which is then used to remove heat from the equipment or space that needs cooling. The chiller operates using a refrigeration cycle, similar to how a refrigerator works, but on a larger scale. It absorbs heat from the water and releases it to a separate medium (usually air or water).
2.Cooling Tower Operation: The cooling tower's main function is to dissipate the heat absorbed by the chiller. The water heated by the chiller is circulated to the cooling tower, where a portion of it is evaporated into the atmosphere, effectively transferring heat away from the remaining water. This process cools down the water that is then sent back to the chiller to absorb more heat.
3.Chiller-Cooling Tower Integration: The chiller and cooling tower are connected through a closed-loop system that enables the exchange of heat. Here's how the integration typically works:
a.The chiller circulates chilled water through the process or building to absorb heat.
b.The heated water is then returned to the cooling tower, where it is sprayed or trickled over a fill material to maximize the surface area for evaporation.
c.As the water evaporates, it releases heat into the air, cooling down the remaining water.
d.The cooled water is then pumped back to the chiller, where the cycle continues.
This chiller-cooling tower combination is particularly efficient because the cooling tower's evaporation process helps to dissipate heat more effectively than simply using air or water as a heat exchange medium. The cooling tower allows for higher overall efficiency and lower energy consumption compared to air-cooled systems, making it a popular choice for larger cooling applications.
It's worth noting that this integrated system requires regular maintenance to ensure proper operation, water treatment to prevent scaling and corrosion, and careful monitoring to optimize performance and energy efficiency.
Let's find the 220kw water cooled chiller and cooling tower spcs belows:
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Item |
Specification / Supplier |
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Cooling capacity |
Model |
AYD-80WS |
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|
kw/hr |
221 |
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|
Ton/hr |
62.5 |
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Power input |
kw |
54.3 |
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|
Current |
A |
92.7 |
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Power Supply |
380V-3N-50HZ |
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Temp Outlet (℃) |
7 |
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refrigerant control |
Expansion valve |
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Refrigeration circle |
one |
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refrigerant |
R407C |
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Dimension（mm）L*W*H |
3200*1000*1800 |
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Compressor |
style |
Screw |
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|
Qty |
1 |
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Model |
RC2-260B |
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Compressor power(kw) |
54.3 |
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Condenser |
Style |
Shell and Tubes/1set |
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Chilled water flow（m3/h） |
53 |
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Pipe size(“) |
4 |
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Evaporator |
Style |
Shell and Tubes/1set |
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Cold water flow（m3/h） |
40 |
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Pipe size（”） |
4 |
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Protector Device |
1、Phase protector 2、Flow protector 3、High/low voltage protector 4、Coil overheat protector 5、Anti-freeze protector |
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Unit Weight（kg） |
1250 |
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Main Parts Brand |
|||
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Compressor |
Hanbell |
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Electronic |
LS / Chnt |
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Expansion Valve |
Emerson |
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Electrical Control |
Siemens |
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Remark: The cooling capacity is based on inlet/outlet temperature 12/7C, condensing temperature 40C.
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Item |
Content |
Value |
Remarks |
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Basic specs |
Cooling Tower Type |
Counter flow round type tower |
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|
Model |
AYD-80T |
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|
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Circulating Water Flow |
62.64 m3/h |
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|
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Inlet Temp／Outlet Temp |
37℃／32℃ |
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|
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DB／WB |
31.5℃／28℃ |
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Cooling Capacity |
313,200 kcal/h |
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|
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Noise Value |
68dB(A) |
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Power Supply |
380V／3P／50Hz |
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Water Requirement |
PH＝6-8 |
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Design specs |
Air Water Scale |
1.39kg/kg |
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Flying Water Loss |
≤0.005% |
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Evaporation Loss |
0.833% |
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Net／Running Weight |
260/1280KG |
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Motor fan specs |
Fan Type |
Axial-Flow |
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Air Volume |
37,584m3/h |
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|
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RPM |
710r/min |
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|
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Fan Dia（Φ） |
1,180 mm |
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Quantity of Fan |
1set |
4pcs/set |
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Driving Mode |
Directly |
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Motor Power |
2hp |
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|
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Start Way |
Directly |
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Main |
Inlet Pipe Size（DN） |
100mm |
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Dimension |
Outlet Pipe Size（DN） |
100mm |
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|
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Overflow／Drain Pipe（DN） |
25mm／25mm |
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|
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Float Size（DN） |
15mm |
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Material |
Rotor |
Nylon |
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Sprinkler System |
P.V.C |
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Boarding |
FRP |
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Basin |
FRP |
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Fan |
A.B.S |
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Air Inlet |
P.V.C |
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Film |
P.V.C |
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FAQ:
1. do you have some similar project picture?
yes, here it is:
2.What is the advantage of the water tank in the picture?
A properly sized water tank in a cooling system provides thermal stability, reduces equipment cycling, and enables efficient off-peak operation, ensuring reliable cooling performance while optimizing energy usage.
3.Why choose us?
a.15years+ professionally experienced chiller R&D team,
b. Strict quality testing
c. In time and safety delivery
d. Prompt after sale service
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