The Canstar IDEC Cooling System is a two-stage hybrid cooling solution combining Indirect Evaporative Cooling (IEC) and Direct Evaporative Cooling (EAC) to achieve maximum cooling efficiency with minimal energy consumption.
Indirect Cooling Stage (IEC):
Warm ambient air passes through an indirect heat exchanger.
Heat is reduced without adding humidity, ensuring dry, cool air.
Typical result: From 36°C, 30% RH to approx. 22°C, 65% RH (refer to diagram).
Direct Cooling Stage (EAC):
The pre-cooled air then enters a direct evaporative cooling media.
Water evaporation further drops the air temperature.
Typical result: From 22°C to 19°C, 85% RH (refer to diagram).
Cooling Efficiency: 120%–135% W.B. efficiency
Air Quality: Delivers 100% fresh air
Humidity Control: Maintains acceptable humidity level for comfort without excessive moisture.
Energy Usage: Significantly lower than conventional refrigeration-based air conditioning.
Eco-Friendly: Utilizes water as a cooling medium, reducing carbon footprint.
Step 1: Warm Air Intake
Ambient air (36°C, 30% RH, 12.5g/kg) enters the IDEC system.
Step 2: Indirect Cooling
Through IEC module:
Heat is rejected via water evaporation on the other side of the heat exchanger.
Air is cooled without moisture gain.
Output: Cool air at ~22°C, 65% RH, 12.5g/kg.
Step 3: Direct Cooling
Through EAC media:
Water evaporates directly into the airflow.
Temperature drops further.
Output: Cooler air at ~19°C, 85% RH, 14.5g/kg.
Step 4: Exhaust
Heated air from the evaporation process is exhausted outside.
Maximum Cooling: Combines two cooling principles for enhanced performance.
Lower Operational Costs: Up to 70% energy savings compared to traditional HVAC.
Improved Comfort: Cooler supply air than IEC alone.
Better IAQ (Indoor Air Quality): 100% fresh air with dust and particle reduction.
Eco-Conscious: Reduced CO emissions and refrigerant usage.
Industrial Facilities: Printing factories, welding workshops, spray coating areas.
Commercial Spaces: Malls, supermarkets, theaters, multipurpose halls.
Educational Institutions: Schools and classrooms with high CO levels.
Agricultural & Clean Environments: Seed propagation labs, data centers.
Public & Utility Areas: Airports, bus terminals, sports complexes.
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