Data Center

© 2008 OSIsoft, Inc. | Company ConfidentialOCEANIA TECHNOLOGY SEMINAR 2008

Data Center & Data Center & IT Solutions GroupIT Solutions Group

Oceania User Conference

May 7, 2008

Martin Otterson, OSIsoftMartin Otterson, OSIsoftChristian Luckock , OSIsoftChristian Luckock , OSIsoft

2OCEANIA TECHNOLOGY SEMINAR 2008 © 2008 OSIsoft, Inc. | Company Confidential

Dat

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OSIsoft’s Market Focus and Experience


• Energy consumption produces Computing– Requires “holistic” monitoring

for continuous improvement– Efficient energy consumption

with most profitable outcome– Identify the bottlenecks– Treat all individual systems-

as ONE• Mechanical, Power, IT ,

Security as a complete system

Data Center Space- is the “Plant for IT”


What does the OSIsoft product address (in other words what’s the bottom line)

In the U.S. Environmental Protection Agency ENERGY STAR ProgramsReport to Congress on Server and

Data Center Energy Efficiency Public Law 109-431 Issued August 2, 2007

The following conclusion was stated…… “greater energy-efficiency gains may be realized by optimizing the

operation and efficiency of the data center as a holistic system (e.g., holistic system (e.g., through real-time, facility - level energy monitoring and through real-time, facility - level energy monitoring and

management systems)….”management systems)….”

The OSIsoft PI platform is an easy to use infrastructure that allows the collection of data in real-time from any source (IT, BMS, Facilities,

networks, etc.) to be retrieved, correlated, analyzed, and visualized to be used to improve energy utilization within the datacenter.


Customers outcomes.. “Your Data Your Decisions”

• Operating Expense Reduction• Capacity Planning• Risk Mitigation• Deployment Optimization• Power Monitoring & Management • Green Initiative• Carbon Efficiency• Contractor Management (SLA)• Virtualization success metrics• Operations & IT Convergence• LEED’s baselining and tracking


Power Distribution Model

Measurement ID Description

M1 Utility Provider Total Power Load Measurement

M2Power Load for Non-critical systems (lighting, offices, etc.)

M3Power Load for HVAC and Other Mechanical Systems

M4Total Power Load for Devices and Other Critical Systems

M5 Cooling Tower Load

M6 Chiller, Air Handler Load

M7 CRAC Unit Load

M8 UPS Load Measurements

M9 Pole, Circuit and Rack Loads

M10 Individual Device LoadSNMP

Interface

ALC RDBMS Interface


• Calculations based on actual experience

• Indicators

• Display real-time and historic

Measurement to Value

• How are these performing to provised levels?

• What is the capacity? To actual?

• Slow response times drive down productivity.

• Network failure (router or switch) drives transaction Rate to zero.

• .CPU per KW used “ Useful work

• What is our ability to handle a failure at peak loads?

BUSINESS RULES MEASUREMENTS

• IT – Network

• Device performance

• NetFlow• IP SLA

– Servers– Applications

• Power– PDU

• AMP/WATT– UPS Batteries

• Float Voltage• Temperature

– Smart Power Strips

• Mechanical– Chillers

• Set points• Efficiencies

– CRAC• Humidity• Temperature

– Air Handlers• Service hours• Efficiency

KPI


Monitoring with Cisco ISR and PIThe new opportunity:• Leverage the reliability and security of the Cisco ISR with

integrated PI server to monitor both Operational and IT performance– Improved deployment and integration with a single

device– Improved security

• Meet compliance requirements– Improved operations

• No loss of data• More visibility• Better decision making


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OSIsoft/Cisco Architecture

Devices/Data sources

RtWebParts Windows Server 2003

Windows SharePoint Services

Microsoft SQL Server 2000

TrustedConnections

PI RtPortal

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Internet Explorer

Smart Client ProcessBook

DataLink

ActiveView

Thin Client RtWebParts

Check in & out documents from SharePoint


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ENTERPRISE

Data Center

Smart Connectors

MFG Sites

Division HQ’s

BusinessSystems

PortalServers

ApplicationServers

Remote PI System

PI Analytics

Smart Connectors

Remote PI System

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PI Analytics

Smart Connectors

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Division Level PI System`

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Management & HA

PI Analytics

Smart Connectors

Data Access

Enterprise PI System

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Enterprise architecture of PI- Visualization


Value Now, Value Over Time

Va

lue

and

Effo

rt

InitialSoftware

Investment

{Incremental effort yields sustainable gains

Effort

Target(time, value)

Condition Based Maintenance

Time

Va

lue

with

PI

Branch Circuit MonitoringCapacity PlanningBCS Historian VirtualizationHeating & Cooling StudiesEnvironmental ComplianceEnergy Management


Live DemoLive DemoChristian LuckockChristian Luckock


The ROI

• Efficiency– Increased utilization of DC resources– Increased worker productivity- Useful work

• CPU per KW comparison– Condition Based Maintenance (CBM)

• Operational Intelligence– Increased environmental understanding– Proactive vs. Reactive – Facility Design Improvement


50%

20%

30 to 33%


What does one MW cost for 1 year?

• 24 Hours x 365 Days = 8,670 hours in a year• 1 Mega Watt (MW) = 1,000 kilowatts (kW)• At $0.10 per kW Hour gives the simple formula:

8,670 x 1,000 x $0.10 = $876,000The Cost of 1 MW of power at $0.10 per kWH for one year equals $876,000.

• At $0.063 per kW Hour gives the simple formula:8,670 x 1,000 x $0.063 = $546,210

The Cost of 1 MW of power at $0.063 per kWH for one year equals $546,210.


Very Simplified Math

• If DC has 1MW capacity (facilities and IT)• If rate $.063 per kWh (national average)• Total yearly electric cost is $546,200• Yearly cost reaching the IT (30%) is $165,546• Potential savings per 1 MW???• Today represents a typical efficiency of 3 using the

proposed PUE metric• Goal is too reach PUE of 2 within 3 years• If no IT improvements the savings would be

>$200K per 1 MW of DC


What is the impact of efficiency on the energy cost of an asset at different efficiency levels?

Loss@ $0.10UsageFactorEfficiencyMW

438,000876,00050%2.0050%1

292,000730,00050%1.6760%1

187,714625,71450%1.4270%1

108,500547,50050%1.2580%1

48,667486,66750%1.1190%1

$0$438,00050%1.00100%1

• 1 MW for 1 Year @ $0.10 = $876,000 energy bill


Microsoft on OSIsoft as a vendor

“We are using the OSIsoft PI System to monitor all the critical points within our data centers, and in turn are laying the foundation for a high-availability, global Live infrastructure...”

“The return on investment is tremendous. We are enabling innovation through increased collaboration, social networking and commerce—leading to breakthroughs in software plus services. We are setting industry standards with increased utilization of facility resources, real time business continuity, and green computing technologies. As we continue to expand our Live services, the combination of OSIsoft and Microsoft technologies are bringing new levels of performance and reliability to our world-class data centers.”


Outcomes by Customers using PI in the data center and facilities

• 2 % return of power savings for their global Data Center- Microsoft Data Microsoft Data Center OperationsCenter Operations

• Reduced FTE’s by eliminating manual entry of data enabling real-time reporting - IBM RESO groupIBM RESO group

• Visibility within IT, Facilities, and Public Works for one version of the truth has reduced down-time through rapid troubleshooting and diagnosis- US Army, Ft US Army, Ft CarsonCarson

• An 8% reduction in IT server energy consumption while maintaining a high service level- Weill Medical College of Cornell UniversityWeill Medical College of Cornell University

• PI became an essential tool to help us take the right decision and contributes to achieve our goal of a reduction of 2% in energy usage annually- Cascades Cascades PaperPaper

• The overall impact of the system is that Eastman Kodak was able, “with confidence,” to shut down one of the two power plants, leading to savings in the millions of dollars and payback in 24 months.-Eastman Kodak Company-Eastman Kodak Company


Thank you

• Questions?

[email protected]@osisoft.com

mailto:[email protected]

mailto:[email protected]

Technology

Data Center