EPRI - Impacts of Wind Generation Integration

EPRI - Impacts of Wind Generation Integration

ID:39396565

大小:2.43 MB

页数:8页

时间:2019-07-02

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1、ELECTRICPOWERRESEARCHINSTITUTEImpactsofWindGenerationIntegrationApril2011ImpactsofWindGenerationIntegrationExecutiveSummarySystemFlexibility:Needs,Availability,CostsWorldwide,severalpowersystemsalreadyarecopingwithlargeamountsThesuperpositionofwindpowerandexistinglo

2、adyieldsthecrucialofwindpower–upto20%oftheirannualenergyconsumption,variable“netload,”whichisdefinedastheloadminusthewind.andsometimesmorethan50%ofoff-peakpowerproduction.WindResearchfindingsandactualoperatorexperienceagreethattheinherentlyisvariable,difficulttoaccu

3、ratelypredict,andfrequentlyvariabilityofnetloadexceedsthatofthesystemwhenwindwasanti-correlatedwithelectricityload.Theoftenremotelocationofwindnotpresent,thusconfirmingtheneedforgreatersystemflexibilityresourcesrelativetoloadcentersrequirescost-effectivetransmission

4、.underconditionsofhighwindpenetration.Further,themostlyThus,integratingsignificantamountsofwindgenerationpresentsadiurnalpatternofonshorewindmeanswindresourcestendtopeakuniquechallengetothepowersystem,requiringadditionalflexibilitywhenloadisatitsminimum.Existingcomm

5、itmentconstraintswhilesimultaneouslyimposingadecreasedcapacityfactoronconven-imposedbythermoelectricbaseloadunitsmeansthatevenwithouttionalgeneratingunits.transmissionbottlenecks,windpowersometimeswouldbespilledtopreventminimumloadproblems.Thus,windrequiressystemThe

6、systemimpactsofwindpowerintegrationarehighlyvariable,pri-flexibilityintheformoframpingcapabilityandlowerminimummarilydependingonwindpenetration,existingtransmissioninfrastruc-load;moreflexiblesystemsshouldseealowerbalancingcostforture,andsystemoperatingflexibility.H

7、ighpenetrationofwindpoweriswind.Manysystemsalreadyhavealargedegreeofflexibilitywhichexpectedtoproducepowersystemimpactsthatcanbereducedthroughcanbeutilizedtointegratewind.smarterpowerplantinterconnection,transmissionandresourceplan-ning,andsystemandmarketoperations.

8、Flexibilityrequirementsforaccommodatingwindhingeupon:Theneedforadditionalsystemflexibility--thatis,theabilityofthe1)Windpenetrationsystemt

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