Eaton Enterprise Data Centers Sep 2010
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Transcript of Eaton Enterprise Data Centers Sep 2010
© 2008 Eaton Corporation. All rights reserved.
Eaton Enterprise Data Centers, Louisville, KY
Rob Agar Dr. Kenneth Uhlman, PEVP Critical Infrastructure Director Data Center Business DevelopmentCleveland, OH Raleigh, NC
August 2010
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Agenda
• Eaton overview
• Project Bluegrass Key Deliverables
• Organizational alignment
• Business Service Management and Software
• Power Distribution
• Power Quality
• Cooling
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Project Bluegrass Overview• Two “copy exact” (design once / build twice) “Greenfield”
technology centers 12 miles apart near Louisville, KY.
• Must be cost effective, reliable, available, flexible, agile and scalable in front of dynamic business growth.
• Technology Centers will be Tier 3 facilities (N+1).
• Green Initiative - new facilities will be energy efficient & environmentally friendly (LEED).
• Use of products and technologies to reduce energy consumption
• 2 New technology centers will become part of enterprise 3 technology center model for OORDR (out of region disaster recovery)
• ITIL™ V3 work processes for IT and Facilities
• Business Service ManagementConverged IT and Facilities
Leverage IT Operations Software
3-D Tools - Building Information Management™ (BIM)
• Scheduled for completion / commissioning in 2011.
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Industry Standards and Certifications
Green Grid Metrics
• Eaton is a Contributing Member
U.S. Green Building Council
• LEED Gold under 2.2 Standards
Energy Star
• IT and Facility Equipment
• UPS Energy Star under development
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Organizational Alignment and Processes
Eaton VP Critical Infrastructure
• Reports to CIO
• IT and Facilities linked to supportthe businesses
• Optimize reliability, efficiency, energy,capital and operating expenses
• Common assets and work processes:Information Technology InformationLibrary™ ITIL V3
FacilitiesIT
TheBusiness
FacilitiesIT
TheBusiness
Facilities
IT
TheBusiness
Facilities
IT
TheBusiness
Typical Typical OrganizationOrganization
EatonEatonIT and FacilitiesIT and Facilities
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Gartner Maturity Model
LevelGartner IT
Maturity ModelDescription
5Business
Partnership• Business Impact and Metrics (Health Dashboard)• Business Service Management (BSM)
4 Service Aligned
• Event Correlation and Analysis • Service Level Management • Service Impact & Root Cause Analysis• Automated Remedy ticketing and “self healing” actions
3 Proactive
• Consolidate, standardize and integrate monitoring tools• Synthetic & real-user transactions • Holistic view of IT systems and facilities • Event Management
2 Committed• Siloed monitoring for availability and performance• Toolsets from many vendors and are not integrated• Application response time through Synthetic Transactions
1 Awareness• Up/Down Status and Fire Fighting• Ad-hoc component monitoring with disparate tools• Shareware or homegrown tools
0 Survival• Users first to report issues• Undocumented and Unmeasured
Source: Gartner
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ITIL™ V3 Work Processes
• IT and Facilities uses common work processes• All IT and Facilities Moves, Adds and Changes documented in CMDB
Avocent Management Platform®Avocent Management Platform®
Business Management of IT Operations
Business Management of IT Operations
Inventory, Change, Configuration & Release Management
Inventory, Change, Configuration & Release Management
Incident & Problem Management
Incident & Problem Management
Service-level, Availability, Performance & Capacity Management
Service-level, Availability, Performance & Capacity Management
ITIL & Other Process Frameworks
ITIL & Other Process Frameworks
Real-time Infrastructure & Operations Architecture
Real-time Infrastructure & Operations Architecture
Change & Configuration Management
Change & Configuration Management
Infrastructure ManagementInfrastructure Management
Incident & Problem Management
Incident & Problem Management
Process ManagementProcess Management
SecuritySecurity
Source: ITIL
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IT and Facility Software Integration
Business Availability
Infrastructure Management
Manager of Managers
Event Correlation
Incident Management
Change Management
Work Orders
• Leverage IT software applicationsto support both IT and Facilities
• Apply Business Analytics to optimize
• Document sustainability metrics:energy savings, carbon footprint,PUE, DCiE, etc.
• Reduce costs and complexityIT Facilities
Eaton Corporation
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Eaton Business Service ManagementEnterprise Portal
• Converged IT and Facilities
• Facilities is a node on the IT network
• Use common Business Analytics and processes
• Leverage IT Operations Software
• Asset Management, Work Orders
• Event correlation, CMDB
• “What if” scenarios
• Reduced costs and complexity
Source: IBM
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Power Xpert® Architecture
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Power Xpert™ Foreseer Dashboard
• Utility Power
• Critical Power Status
• Generation
• Building Automation
• Network
• Green Grid Metrics
• DCiE
• PUE
• Others pending
• Sustainability
Power Xpert® Meter
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Power Xpert® Power Quality Meters and Gateways
• Power Xpert screens are color coded and auto-scaled similar to airplane cockpit gauges to identify normal operations at a glance
• Power Xpert Gateways with built-in web server to integrate meters, building automation systems including BACNet, Modbus or RS485
• Foreseer integrates over 600 vendor neutral devices• Measure and record Data Centre PUE (Power Utilization Effectiveness)• Access to information and waveform capture with out annual fees
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Building Information Management (BIM)
• 3D BIM: A methodology of creating a 3D model that integrates disciplines and trades to provide an object-based information database that meets the needs of all the parties on a project.
• BIM is a host of different applications during the building lifecycle including walls, windows, doors, equipment
• 3D Benefits: collision detection of different trades including electrical equipment, construction…
• 4D BIM: XML file attached to BIM enabling real-time monitoring of equipment and processes
• Proactive diagnostics compares predicted verus actual for preventive maintenance
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Data Center Operational Support
Onsite Real-time Monitoring- IT linked with EPMS linked with BMS- Power Xpert® Foreseer- Redundant systems
Eaton Customer Reliability Center- Raleigh, NC 24x7 hardened facility- Service Level Agreements- Linked with Subject Matter Experts
Virtual Model 3D Building Information Management (BIM)- Switchgear, UPS and other major systems- XML files linked to BIM file for real-time monitoring
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Eaton BIM Data Center Model
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Medium Voltage Power Distribution
Substations and Medium Voltage Switchgear
• Magnum Vacuum Circuit Protection
• Space savings up to 50%
• Arc Resistant Switchgear
Generator Parallel Switchgear
• Caterpillar generators and switchgear
• Moving Master Technology
• Eaton Magnum Circuit Protection
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Low Voltage Power Distribution
Magnum Switchgear
• Front accessible reduces floor space up to 50%
• Side cable compartments for thermal scanning
• Magnum DS Circuit Protection
400 VAC Remote Power Panels
• Eliminates transformers
• Branch Circuit Monitoring
• Eaton Circuit Protection
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The Challenge For UPS’sThe Challenge For UPS’s
» In double conversion mode, the efficiency of any UPS varies depending on the % of load• Highest efficiency when close to full capacity
» UPS systems rarely loaded at full capacity• This is fact in redundant systems
» How to maximize efficiency potential of UPS systems with lighter loads
The Solution:Eaton 9395 UPS and VMMS
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Eaton 9395 UPS system
• Historically, high availability and high efficiency were conflicting goals
• Highest reliability & availability
• Double Conversion UPS
• Inherent redundancy
• Concurrent maintenance
• Flexible, scalable, upgradeable
• Lowest weight and smallest footprint
• Scalable 275 KVA Modules up to 1.1 MVA
• Energy Advantage Architecture
• 99% efficiency across the loading spectrum with Energy Saver System
• Scalable with Variable Module Management System (VMMS)
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Energy Saver System saves even moreEnergy Saver System saves even moreat lower loadingsat lower loadings
ESS Efficiency — 99% across the complete operating range
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Energy Advantage ArchitectureEnergy Advantage Architecture
Two complementary Eaton-proprietary technologiesto maximize UPS performance & efficiency
Energy Advantage Architecture Higher System Efficiency No Compromise On Reliability
Energy Saver Systems (ESS)» The ultimate savings: 99% efficiency» Automatic fast transfer to double conversion mode when needed (in less than 2 ms)
Variable Module Management System (VMMS)» Maximized efficiency in double conversion mode» Both in single- and multi-UPS systems applications
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Energy Saver System • User configurable with security passwords
• Maximising efficiency when utility is within window
• Instantly and seamlessly transitions to double conversion when poor power quality is detected
+3Hz-3Hz
+10%
-10%
+15%
-10Hz +10Hz
-15%
Frequency
Input Voltage
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Normal Utility Power - Energy Saver Mode
• Utilizes “clean” utility power for IT equipment• Industry leading 99% efficiency• User configurable tolerances for ITIC (voltage, frequency, modes)
Normal InputPower Quality
Active Modules
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Erratic Power
• Transformerless designs enables Switches to Double-Conversion in< 2 milliseconds
• User configurable time in Double-Conversion mode to enable utility powerto stabilize
Erratic Power Active Modules
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Power outage or sustained erratic power
• UPS draws power from the internal or external battery modules
• Flywheel option
• Generator support for longer-term outages
• User configurable time in Double-Conversion mode to enable utility powerto stabilize
Sustained Anomalies Active Modules
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The Solution: Eaton VMMSThe Solution: Eaton VMMS
How to maximize efficiency with lighter loads in double conversion mode, especially in multi-UPS and redundant system configurations?
Solution #2 (+++)
Eaton 9395 and its Variable Module Management System» Automatically optimize efficiency at UPM level• Concentrate the load on certain UPM’s to maximize overall system efficiency
» Only possible thanks to modularity of Eaton 9395 UPS• Not limited to multiple-UPS systems• Achieve even higher optimization thanks to UPM’s modularity
Solution #1 (+)Concentrate load on certain UPS’s to maximize UPS load level and overall system efficiency» Some energy savings• Limited to multiple-UPS systems (with several UPS in parallel)• Still not optimal
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Variable Module Management System
• Particularly efficient with multiple-UPM systems for lighter loads
• Drives up system efficiency thus reducing overall energy consumption without compromising reliability
UPM 1 On
UPM 2On
UPM 1 On
UPM 2Idle
With VMMS
Without VMMS
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9395 Efficiency Curves
75%
80%
85%
90%
95%
100%
10 20 30 40 50 60 70 80 90 100
System Load %
Syste
m E
ffic
ien
cy %
Efficiency - Double Conversion OnlyEfficiency - VMMS EnabledEfficiency - ESS Enabled
9395 ESS or VMMS Cost Savings per Data Hall vs Double Conversion
$0
$10,000
$20,000
$30,000
$40,000
$50,000
$60,000
$70,000
10 20 30 40 50 60 70 80 90 100
System Load %
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av
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s (
$)
Yearly VMMS Efficiency SavingsTotal Yearly VMMS Savings (VMMS with Cooling)Yearly ESS Efficiency SavingsTotal Yearly Savings (ESS and Cooling)
Eaton Data CenterEnergy Savings per Data Hall
Energy Saver System (ESS)
• At 35% loading, energy savingsis $33,000 per data hall
• Dotted line is efficiency from UPS
• Solid line includes UPS and cooling
• Solid line is dependent onoperating PUE
Variable Module Management
System (VMMS)
• 3 – 5% efficiency gains undertypical loading
• Decreases as load increases
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Cooling Considerations
Hot Aisle / Cold Aisle In Row Liquid Cooling Overhead Liquid Cooling
• Mixture of low and high density applications including Blade Servers
• Need 20 KW per rack for long-term growth
• Wanted to keep water off the raised floor
• Considered multiple cooling strategies to optimize energy, floor space, capital and operating expenses
• Selected Chimney Cooling to meet 20KW without water on the raised floor
Chimney Cooling
Source: Chatsworth
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In Summary / Questions
• Project Bluegrass will position Eaton for our long-term growth initiatives and business continuity andsustainability needs
• Industry-leading energy efficient data center with integrated IT and Facility processes
• Questions?
• Thank you
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