Data Center Cooling Capacity Calculator
Here’s a comprehensive table summarizing the key aspects of Data Center Cooling Capacity:
| Aspect | Details |
|---|---|
| Precision Cooling Capacity | 1 ton per 50 to 100 sq ft |
| Recommended Temperature Range | 18 to 27°C (64.4 to 80.6°F)3 |
| Humidity Range | 45 to 60% |
| Cooling Market Growth (2024-2031) | CAGR of 12.7%4 |
| Cooling Requirement Calculation | Based on equipment wattage and area2 |
| Typical Office Space Cooling | 1 ton per 250-300 sq ft (12-14 W/sq ft)1 |
| Data Center Cooling Intensity | 35-70 W/sq ft on average1 |
| High-Density Data Centers | Up to 200-300 W/sq ft1 |
| Airflow in Precision Cooling | 500-900 CFM per cooling ton1 |
| Coefficient of Performance (CoP) | 2.5-4 for DX systems, >7 for chilled-water systems1 |
| Energy Efficiency Measures | Hot/cold aisle configuration, Energy Star equipment, grouping by heat load1 |
| Cooling Load Components | IT equipment, UPS, power distribution, lighting, people2 |
| Cooling System Types | Room-based (60.7% market share), row-based, rack-based4 |
| Market Value (2024) | Estimated at US$ 14.27 billion4 |
| Market Value (2031 Projection) | Expected to reach US$ 32.91 billion4 |
| Emerging Cooling Technologies | Direct-to-chip immersion cooling, liquid cooling4 |
| Basic Cooling Calculation | (Room sq ft x 20) + (IT equipment wattage x 3.14) + (People x 400)5 |
This table provides a comprehensive overview of data center cooling capacity, including recommended environmental conditions, market trends, cooling intensity, calculation methods, and emerging technologies. It’s important to note that specific cooling requirements may vary based on the data center’s size, equipment, and location.