Chiller efficiency measurement work

Chiller Performance Test

Optimizing Performance for Energy Savings and Reliability

In commercial buildings and industrial facilities, the chiller is the heart of the cooling system—ensuring stable operation and temperature control. Over time, however, chiller performance can decline due to factors such as component wear, fouling, or abnormal operation. This can lead to higher energy costs and shorter equipment lifespan.

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To prevent these issues and maintain peak chiller efficiency, we provide Chiller Performance Testing Services carried out by our team of experienced professionals, using certified equipment and advanced technology. This ensures you have a clear picture of your chiller’s current performance.

 

 

Why Test Chiller Performance?

• Reduce Energy Costs
  An underperforming chiller consumes more energy. Performance testing and optimization help significantly lower electricity bills.

• Extend Equipment Lifespan
  Early detection and correction of problems help prevent major failures and extend chiller service life.

• Prevent System Downtime
  Performance testing identifies potential issues in advance, allowing proper maintenance planning.

• Increase System Reliability
  A well-performing chiller ensures stable and dependable cooling system operation.

 

Our Chiller Performance Testing Services

We deliver end-to-end testing solutions, following standards certified by the Ministry of Energy, covering every step from initial inspection to actionable recommendations for performance improvement.

 

1. Performance Evaluation

• Measurement of key efficiency indicators such as COP (Coefficient of Performance) and EER (Energy Efficiency Ratio)

• Full system analysis, including condenser and evaporator performance

• Measurement of chilled and cooling water flow rates using Ultrasonic Flow Meter

• Electrical consumption monitoring with Power Meter Data Logger

• Temperature measurements with Temperature Data Logger

2. Problem Diagnosis & Recommendations

• Root-cause analysis of efficiency losses, e.g., water fouling, refrigerant leaks, or component wear

• Tailored improvement recommendations such as coil cleaning, refrigerant replacement, or equipment upgrades

3. Detailed Reporting

• Comprehensive performance report with graphs and in-depth data

• Actionable recommendations to improve efficiency and reduce energy costs

• Payback period (ROI) estimation for system improvement investments