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Page 1: Data Center Energy Efficiency Best Practices

42U Confidential ©2008 42U All rights reserved Slide 1

Data Center Energy EfficiencyBest-Practices

– Insights Into The ROI On Best-Practices

December 3, 2008________________________________

Page 2: Data Center Energy Efficiency Best Practices

Overview

• Importance of Best-Practices• Strategic• Fundamentals• Advanced Air Flow• Cooling Technologies• Power Technologies• Summary• Q&A

42U Confidential ©2008 42U All rights reserved Slide 2

Page 3: Data Center Energy Efficiency Best Practices

Downtime Costs

42U Confidential ©2008 42U All rights reserved Slide 3

Page 4: Data Center Energy Efficiency Best Practices

Cumulative Loss

42U Confidential ©2008 42U All rights reserved Slide 4

Source: Energy Logic

Page 5: Data Center Energy Efficiency Best Practices

Energy Consumers

• Infrastructure Consumes More Power Than The IT Equipment

42U Confidential ©2008 42U All rights reserved Slide 5

Source: The Green Grid, Guidelines for Energy-Efficient Datacenters

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Energy Benchmark

• Green Grid Benchmark

• Enables Comparison

42U Confidential ©2008 42U All rights reserved Slide 6

Source: The Green Grid

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Benchmark PUE Data

• Best-Case To Date: 1.21

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Page 8: Data Center Energy Efficiency Best Practices

Efficiency MeasurementLife-CycleSM

42U Confidential ©2008 42U All rights reserved Slide 8

• Measurement Point Design• Measurement Object Database• Security

• Hardware Configuration & Testing• Network Configuration & Testing• Sensor Installation• Software Installation• Network Verification

• Data Collection• Analysis• System Management

• Facilities Data• IT Infrastructure Data• IT Equipment Data• Integration Requirements • Recommendations

• Reconfiguration Plan• Efficiency Improvements

Survey

Plan Install

Measure

Reconfigure

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Efficiency Progression

• Basic Airflow• Close-Coupled

Cooling• Economizers• More Efficient

Technologies• Consolidation• Virtualization

42U Confidential ©2008 42U All rights reserved Slide 9

Energy

Expense

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Strategic Approaches

• Measurement

• Modular Components– 10-30% Savings Potential

• Virtualization– 10-40% Savings Potential

42U Confidential ©2008 42U All rights reserved Slide 10

Page 11: Data Center Energy Efficiency Best Practices

Measuring Efficiency

42U Confidential ©2008 42U All rights reserved Slide 11

RackTemperature

RHCurrentPower

Sub-floorPressure

Differential

CRAHSupply & Return Air Temp

Supply RHChilled Water Supply & Return Temp

Fan Power

Chilled Water Flow(Captured at CRAH)

PDUCurrent, Voltage

& Power

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Fundamentals

• Air Flow Management– Blanking Panels– Floor Tile Management

• Floor Management– Design

• Maintenance

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Page 13: Data Center Energy Efficiency Best Practices

Blanking Panel Impact

• Impact of a Single Blanking Panel

• 1-2% Savings

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Top of rack

Middle of rack

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Floor Tile Management

• 1-6% Savings Potential

• Correct Locations

• Appropriate Configuration

• Requires Expertise

42U Confidential ©2008 42U All rights reserved Slide 14

Under-Floor Pressure

Rack-Top Temperatures

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Hot/Cold Aisle Arrangement

• Reduces– Bypass– Mixing

• 5-12% Energy Savings

42U Confidential ©2008 42U All rights reserved Slide 15

Source: APC, Ten Cooling Solutions, #42

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Advanced Air Flow

• Containment– Hot Aisle– Cold Aisle– Level 1-3

• Coordination– Dead Band Set Points

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Page 17: Data Center Energy Efficiency Best Practices

Containment Concept

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Page 18: Data Center Energy Efficiency Best Practices

Containment

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Coordination

• 0-10% Savings Potential

• Detailed Analysis Required

• Dead Band Sensitivity Points

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Page 20: Data Center Energy Efficiency Best Practices

Cooling Technologies

• Rack-Level– 7-15% Savings Potential

• Room-Level– 4-15% Savings Potential

• Coolants

42U Confidential ©2008 42U All rights reserved Slide 20

Page 21: Data Center Energy Efficiency Best Practices

Rack-Level Technologies

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Close Coupled

Rear Door

Ambient Air

Supplemental In-Row

Active Air

10 15 20 28 35 40 kW

Chip + Enclosure

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Room-Level Technologies

• Make Up Air

• Room Air

• Free Cooling

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Power Technologies

• 4-10% Savings Potential

• Sizing Best Practice

• 3-Phase Power Distribution

• Line-Interactive UPS

• High Efficiency UPS

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High Efficiency UPS

• Modular– Planned

Expansion– Efficient

Capacity Alignment

• Hybrid Design

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Remote Power

• Proactive Approach

• Internet Access to Infrastructure

• Predetermined Alerting

• Immediate Response to Alerts

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Page 26: Data Center Energy Efficiency Best Practices

Remote Power ROI

• 72% of Technician Calls are Resolved with a Re-Boot

• Average Service Call Cost is $500

• Downtime Reduced from1.5 Hours to Minutes

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Additional Efficiency Programs

• Lighting– LED Lighting– Proximity Sensors– In-Cabinet

• Extend Return Ducts

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Summary

• Value of Best-Practices

• Fundamentals

• Advanced Air Flow

• Cooling Technologies

• Power Technologies

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Page 29: Data Center Energy Efficiency Best Practices

E3 Estimator

• Estimation of Data Center Energy Costs– Industry Benchmark Basis– Multiple Research Resources

• Availability– Spreadsheet Now– 42U Website Soon

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Page 30: Data Center Energy Efficiency Best Practices

Efficiency Checklist

• Reduce Your Electric Bills– 20-50% for No/Low-

Cost Design and Operations Changes

– 90% for a Systematic Approach

42U Confidential ©2008 42U All rights reserved Slide 30

Source: The Green Grid, Guidelines for Energy-Efficient Datacenters

Page 31: Data Center Energy Efficiency Best Practices

Q&A

42U Confidential ©2008 42U All rights reserved Slide 31

For More InformationContact Your 42U

Data Center Efficiency Consultant:

1-800-638-2638 or www.42U.com

For a Copyof

Today’s Presentation Email:

[email protected]

Thank You