While the automation system keeps the outlet water temperature steady, providing up to 50% energy saving

CTP Automation System;
a) 7 '' touch screen and PLC control system
b) Fan active passive values and graphics
c) Inlet and Outlet water temperature values and graphics
d) Remote monitoring feature (from tablet, phone and computer)
e) Working and standby balues for each fan
f) The present and past alarm statements

Standard TowersCTP Water Cooling Tower
  • All cells run at night, day, summer, winter with 100% capacity.
  • Energy and water losses are at the maximum level.
  • The chemical consumption increases in parallel to water losses
  • Physical fray of motor - fan group is at the maximum level 
  • because all system works at maximum level.
  • It is shorter to be congested the fillings.
  • The cells works in the range of 100% to 40% or automatically switches to 
  • stand by mode to keep the outlet water temperature steady.
  • Energy and water losses are at minimal level.
  • Chemical uses are minimal in parallel to water losses.
  • Mechanical weathering is at minimum level because Motor and Fan works 
  • at the required speed.
  • Blockage time is long because air flow rate is optimum.

 

SYSTEM WITHOUT AUTOMATIONCTP ENGINEERING AUTOMATION SYSTEM
Energy-saving CalculationEnergy-saving Calculation
All year without a control system
Tower energy consumption running with 100% capacity:
24 hours x 365 days x 22 kW x 0,17 = $ 32,762
Same diameter tower chimney can be driven with 15 kW with 
CTP engineering automation system.
24 hours x 365 days x 15 kW x 0.17 $ = $ 22,337
Annual Savings: $10.425 (for single cell)