f08 – 72 – outgresp first contingency outage response for siuc

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F08 – 72 – OUTGRESP F08 – 72 – OUTGRESP First Contingency Outage First Contingency Outage Response for SIUC Response for SIUC Client: SIUC Physical Plant Engineering Services Team Members: Rudy Probst, EE Kyle Moore, EE Terry Campanella, PM, EE/CpE Clint Frederick, EE Phil Craig, EE Tanner Jones, EE Faculty Advisor: Dr. Constantine Hatziadoniu Client Contact: Steve Lazorchak, PE

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F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC. Client: SIUC Physical Plant Engineering Services Team Members:Rudy Probst, EE Kyle Moore, EE Terry Campanella, PM, EE/CpE Clint Frederick, EE Phil Craig, EE Tanner Jones, EE - PowerPoint PPT Presentation

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Page 1: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

F08 – 72 – OUTGRESPF08 – 72 – OUTGRESPFirst Contingency Outage First Contingency Outage

Response for SIUCResponse for SIUCClient: SIUC Physical Plant Engineering ServicesTeam Members: Rudy Probst, EE

Kyle Moore, EETerry Campanella, PM,

EE/CpEClint Frederick, EEPhil Craig, EETanner Jones, EE

Faculty Advisor: Dr. Constantine HatziadoniuClient Contact: Steve Lazorchak, PE

Page 2: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Outline of TopicsOutline of TopicsExecutive Summary – RudyDescription, Options, and Justification –

KyleMechanical Considerations Subsystem –

TerrySystem Protection Subsystem – ClintUniversal Transformer Subsystem – PhilSummary – Tanner

Page 3: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Executive SummaryExecutive Summary

Issue: Major transformer failure Summer 2008 causing a major outage

Project: Reduce outage time

Typically SIUC reacts to failure instead of preparation

Page 4: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Executive SummaryExecutive SummaryExpectations

◦Feeder diagram for fault protection◦Emergency transformer◦Mechanical restrictions◦Outage plan

Outcome◦Simulation of feeder diagram◦Transformer recommendation◦Recommendations to reduce outage

time

Page 5: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Executive SummaryExecutive SummaryResults

◦Feeder diagram not as accurate as desired◦On time◦On budget

Estimated cost to implement: ~$92,000

Time to implement: Estimated 8 months

Cost of study: $0

Page 6: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Options InvestigatedOptions InvestigatedDo nothingPurchase 1 transformerPurchase 2 transformersMobile transformer3 banked single-phase

transformersForm consortium to share costs

Page 7: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Option ChosenOption ChosenPurchase two transformers

◦Covers both 480V and 208V transformers◦Covers most indoor transformers on feeder

7

Investigate consortium option◦Many other institutions have similar issues◦Coverage against failure of two

transformers with same secondary voltage

Page 8: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Subsystems FlowchartsSubsystems Flowcharts

First Contingency Outage Response for

SIUC

Mechanical Considerations

System ProtectionUniversal

Transformer Replacement

Implementing recommendations:◦ Will reduce outage time at least eight hours◦Saves money after five uses of each

transformers

Page 9: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Cost and Time to Cost and Time to ImplementImplementCosts

◦Two $46,000 transformers◦Storage facility

Time◦Analyze, confirm, and design

replacement : 20 man-hours◦Finalize contracts to build: eight

man-hours◦Prepare storage area: unknown◦Develop plan to replace transformers:

58 man-hours

Page 10: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Mechanical ConsiderationsMechanical ConsiderationsEngineering C – 2 transformers

◦No clear pathway to the surface◦Tunnels covered with desks, coal

samples, chairs, file cabinets, etc.◦Will have to avoid steam piping and

ledges

Page 11: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Replacement LocationReplacement LocationLimited by breaker handles

◦Block pathway to open area of electrical room

Wide open space at backside of electrical room◦Need cabling to avoid access

locations◦Nails in ceiling limit ability to run

cabling

Page 12: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Limiting FactorsLimiting Factors

Page 13: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Problems at ArenaProblems at Arena

Page 14: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Ideal Tunnel…Ideal Tunnel…

Page 15: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Actual Tunnel…Actual Tunnel…

Page 16: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

System ProtectionSystem ProtectionEnsure that replacement

transformers and the electrical system will be properly protected against fault currents

Chose feeder seven to do a protection study

Built a model in EasyPowerSystem data

Page 17: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

System ProtectionSystem ProtectionReplaced the present transformers

with our specified replacement transformers◦ 1000 kVA 12,470 V Δ – 4160 V Δ / 480

V Y %Z = 4.5

◦ 1000 kVA 12,470 V Δ – 4160 V Δ / 208 V Y %Z = 4.5

Ran the simulation

Page 18: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Time-Current Characteristic Time-Current Characteristic CurveCurve

Page 19: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Universal TransformerUniversal TransformerMust be electrically and

mechanically compatibleSeveral options consideredFourteen of fifteen transformers

208 V or 480 V secondary voltageThirteen of fifteen transformers

rated 1000 kVA or lessMost outdoor transformers are

non-critical

Page 20: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Mobile TransformerMobile Transformer

Determined to be non-feasibleCable length to transformer

location presents problems◦Voltage drop◦Safety hazards◦Security of power system

Page 21: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

SummarySummaryReduce outage periods

Save money for SIUC

Recommend database for all power equipment at SIUC

Estimated cost to implement: ~$92,000

Time to implement: estimated 8 months

Page 22: F08 – 72 – OUTGRESP First Contingency Outage Response for SIUC

Summary - Summary - AcknowledgementsAcknowledgements

Steve Lazorchak

Damon Adams

Rob EstesJustin HarrellRick Martin

Joe WolfeKeith FieldMrs. PurcellDr. Hatziadoniu