espc creates long-term success at portsmouth naval shipyard

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IN THIS ISSUE, You Will Find . . . Welcome from New FEMP Program Manager, Tim Unruh • Solar Energy Advances at the Air Force • New ESPC Successes at the Navy • New FEMP Training Opportunities 2011 Volume 20, Issue 1 U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy The three-phase Portsmouth Naval Shipyard project is helping the Navy meet its energy, water, and carbon dioxide (CO2) reduction goals— all while making badly needed improvements to the shipyard’s heating, cooling, electric and infrastructure. This helps the shipyard meet its mission and increase security while meeting national goals to reduce the Federal government’s demand on limited energy resources and reduce pollution and green-house gas emissions. In 1998, Portsmouth Naval Shipyard in Kittery, Maine was one of the first commands to take advantage of energy savings performance contracts (ESPC) when the financing tool was still new to agencies. Together with the Navy ESPC team and the Army Corps of Engineers, the shipyard’s energy team selected Ameresco, Inc. (then HEC Energy and Design Services) as the energy service company (ESCO). The Initial Projects Ameresco developed ESPC Phase 1 in 1999, which provided $11 million in infrastructure improvements to the shipyard, including a 5.2 megawatt (MW) combined heat and power (cogeneration) plant and improvements to the steam and hot water heat distribution systems. After ESPC Phase 1 was completed in December 2000, electric utility deregulation in Maine caused energy costs to fluctuate dramatically. These fluctuations highlighted the benefits of implementing additional energy efficiency measures at the shipyard as a means of reducing long-term energy pricing risk. ESPC Phase 2 was awarded in 2002 to install additional cost-effective measures with a total investment of $33.2 million. The project included another major upgrade of the power plant, shutting down the 600 pounds per square inch gauge (psig) steam system and converting to smaller, more efficient steam sources generating at 200 psig. The project consisted of a 5.5 MW dual-fuel combustion turbine cogeneration system, two 70,000 pound ESPC Creates Long-Term Success at Portsmouth Naval Shipyard per hour packaged boilers, two 2 MW diesel generators, complete shutdown of the central hot water system, a compressed air distribution system maintenance program, and shipyard- wide lighting upgrades. Construction was completed in May 2004. Most of the energy savings are generated by the installation of the turbine-based cogeneration systems. The cogeneration systems and power plant upgrades allowed the steam turbines and the 600 psig steam system to be shut down, and reduced electric and steam generation costs dramatically. The shutdown of the central hot water system and implementation of a steam trap maintenance program reduced steam use and thermal losses, resulting in decreased fuel consumption and pumping fuel consumption and pumping electric consumption. The lighting upgrade and compressed air improvements further reduced electric consumption. Ten Years of Verified Savings Measurement and verification reports confirm that the total project resulted in an actual cost avoidance of more than $45 million since December 2000. The infrastructure improvements have saved 71,944 million British thermal units (MBtu) of energy and seven million Continued on page 3

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IN THIS ISSUE, You Will Find . . .

• WelcomefromNewFEMPProgramManager,TimUnruh

• SolarEnergyAdvancesattheAirForce

• NewESPCSuccessesattheNavy

• NewFEMPTrainingOpportunities

2011 Volume 20, Issue 1U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy

Thethree-phasePortsmouthNavalShipyardprojectishelpingtheNavymeetitsenergy,water,andcarbondioxide(CO2)reductiongoals—allwhilemakingbadlyneededimprovementstotheshipyard’sheating,cooling,electricandinfrastructure.ThishelpstheshipyardmeetitsmissionandincreasesecuritywhilemeetingnationalgoalstoreducetheFederalgovernment’sdemandonlimitedenergyresourcesandreducepollutionandgreen-housegasemissions.

In1998,PortsmouthNavalShipyardinKittery,Mainewasoneofthefirstcommandstotakeadvantageofenergysavingsperformancecontracts(ESPC)whenthefinancingtoolwasstillnewtoagencies.TogetherwiththeNavyESPCteamandtheArmyCorpsofEngineers,theshipyard’senergyteamselected

Ameresco,Inc.(thenHECEnergyandDesignServices)astheenergyservicecompany(ESCO).

The Initial ProjectsAmerescodevelopedESPCPhase1in1999,whichprovided$11millionininfrastructureimprovementstotheshipyard,includinga5.2megawatt(MW)combinedheatandpower(cogeneration)plantandimprovementstothesteamandhotwaterheatdistributionsystems.

AfterESPCPhase1wascompletedinDecember2000,electricutilityderegulationinMainecausedenergycoststofluctuatedramatically.Thesefluctuationshighlightedthebenefitsofimplementingadditionalenergyefficiencymeasuresattheshipyardasameansofreducinglong-termenergypricingrisk.

ESPCPhase2wasawardedin2002toinstalladditionalcost-effectivemeasureswithatotalinvestmentof$33.2million.Theprojectincludedanothermajorupgradeofthepowerplant,shuttingdownthe600poundspersquareinchgauge(psig)steamsystemandconvertingtosmaller,moreefficientsteamsourcesgeneratingat200psig.Theprojectconsistedofa5.5MWdual-fuelcombustionturbinecogenerationsystem,two70,000pound

ESPC Creates Long-Term Success at Portsmouth Naval Shipyard perhourpackagedboilers,two2MW

dieselgenerators,completeshutdownofthecentralhotwatersystem,acompressedairdistributionsystemmaintenanceprogram,andshipyard-widelightingupgrades.

ConstructionwascompletedinMay2004.Mostoftheenergysavingsaregeneratedbytheinstallationoftheturbine-basedcogenerationsystems.Thecogenerationsystemsandpowerplantupgradesallowedthesteamturbinesandthe600psigsteamsystemtobeshutdown,andreducedelectricandsteamgenerationcostsdramatically.Theshutdownofthecentralhotwatersystemandimplementationofasteamtrapmaintenanceprogramreducedsteamuseandthermallosses,resultingindecreasedfuelconsumptionandpumpingfuelconsumptionandpumpingelectricconsumption.Thelightingupgradeandcompressedairimprovementsfurtherreducedelectricconsumption.

Ten Years of Verified SavingsMeasurementandverificationreportsconfirmthatthetotalprojectresultedinanactualcostavoidanceofmorethan$45millionsinceDecember2000.Theinfrastructureimprovementshavesaved71,944millionBritishthermalunits(MBtu)ofenergyandsevenmillion

Continued on page 3

2 2011 Volume 20, Issue 1

SecretaryofEnergyStevenChu

ActingAssistantSecretaryforEnergyEfficiencyand

RenewableEnergyHenryKelly

DeputyAssistantSecretaryforEnergyEfficiency

KathleenHogan

ProgramManagerTimothyD.Unruh,PhD,

PE,CEM,LEEDAP

FEMPFocusEditorHayesJones

TheFEMP FocusissponsoredbytheUnitedStatesDepartmentofEnergy,OfficeofFederalEnergyManagementPrograms.NeithertheUnitedStatesGovernmentnoranyagencyorcontractorthereof,noranyoftheiremployees,makesanywarranty,expressorimplied,orassumesanyliabilityorresponsibilityfortheaccuracy,completeness,orusefulnessofanyinformation,apparatus,product,orprocessdisclosed,orrepresentsthatitsusewouldnotinfringeprivatelyownedrights.Referencehereintoanyspecificcommercialproduct,process,orservicebytradename,mark,manufacturer,orotherwise,doesnotnecessarilyconstituteorimplyitsendorsement,recommendation,orfavoringbytheUnitedStatesGovernmentoranyagencyorcontractorthereof.

Disclaimer

The Federal Energy Management Program (FEMP) facilitates the Federal Government’s implementation of sound, cost-effective energy management and investment practices to enhance the nation’s energy security and environmental stewardship.

Cover Magnifying Glass Photo: New Pump at a Hybrid Electric Charging Station

FEMPFocusreaders,

I’mexcitedtointroducemyselfastheProgramManageroftheFederalEnergyManagementProgram(FEMP).I’vebeenimpressedwiththeprogramandlookforwardtomeetingmanymoreofyouasweworktofacilitatetheFederalGovernment’simplementationofsound,costeffectiveenergymanagement.

Someofmyspecificprioritiesfor2011arestrengtheningFEMP’scustomerservicestructure,identifyingnewtechnologiestodemonstrateinFederalagencyfacilities,trainingFederalemployees,andupdatingenergyefficientproductspecifications.

BeforecomingtoFEMP,IservedasDirectorofOperationsforConEdisonSolutionswhereIledateamofengineersandprojectmanagerstoimplementenergysavingsprojectswithingovernmentandprivateinstallations.Whileinthisrole,Iworkedtoeducateenergyusersonalternativefinancemethodstoachieveenergyreductiongoals.Iwasalsoheavilyinvolvedinthemeasurementandverificationofenergysavingsresultingfromtheseprojects.

Earlierinmyengineeringcareer,Ibuiltaprogramtoprovideenergyservicestomajorindustrialclients.Itrainedandcoordinatedindustrialclientsonmethodstoproduceenergysavingswhileoperatinginashortfinancialpaybackenvironment.IamlicensedinmultiplestatesacrosstheU.S.andamaCertifiedEnergyManager(CEM)aswellasaLeadershipinEnvironmentalandEnergyDesignAccreditedProfessional(LEEDAP).

IhopeyouenjoythisissueoftheFEMPFocus,whichprovidesupdatesonthisyear’sFEMPFirstThursdaytrainingseminars,informationontheDOEguidetoprocuringsolarenergy,agencyupdatesfromtheNavyandAirForce,andtechnologyspotlightsonvehiclefleetsandlighting.

Sincerely,

Timothy D. Unruh, PhD, PE

Program Manager

Federal Energy Management Program

Office of Energy Efficiency and Renewable Energy

Welcome Letter From Tim Unruh, FEMP Program Manager

www.femp.energy.gov 3

Solar Energy

gallonsofwatereveryyear,withtheproject’sperformanceperiodextendingthroughJanuary2018.ESPCPhase2resultedinnetreductionsinallowedairemissionsincludinganetreductionof158.3tons/yearofsulfurdioxide,172tons/yearofnitrogenoxidesand29.2tons/yearinparticulatematter.

The Trend ContinuesBuildingonpastsuccesses,ESPCPhase3wasawardedinDecember2009andcompletedinDecember2010.“ThisisourthirdESPCenergyproject,anditwillsignificantlyaddtotheannualcostavoidanceof$5.6millioncurrentlyachievedfromourfirsttwoESPCprojects,”saidCaptainRodMoore,PortsmouthNavalShipyardPublicWorksOfficer.“Weareextremelyexcitedabouttheenergysavingsofthisproject,aswellasthecriticalinvestmentitprovidesinsomeofourkeyutilitysystems.”

ESPCPhase3installedtwonewvariablespeedcompressorstotheexistingcompressedairsystemthatwillserveastrimcompressorstoreduceenergyuseduringlighterdemandperiods.Variablespeedcompressorsuseaspecialdrivetocontroltheunit’sspeed,savingmoreenergythanitsfixedspeedequivalent.Additionally,theprojectrepairedthecondensatereturnsystemservingthehighestflowareasclosetothepowerplant.

Theshipyardisbeginningtoseesomeoftheanticipatedannualreductionof24,318MBtuand18milliongallonsofwater.Thisequatestoacostavoidanceofmorethan$8.4millionoverthe14-yearperformanceperiodofthecontractthatwillbeusedtorepayAmerescofortheirservices.Amerescoisnowintheirperformanceperiod,guaranteeingtheproject’sannualcostavoidancethroughJanuary2025.

Inadditiontothesavingslistedabove,Phase3willreducecarbondioxideemissionsby1,800tons,volatileorganiccompoundsby114pounds,nitrogenoxideby1.5tons,carbonmonoxideby500pounds,andsulfurdioxideby12tons.

An Overall SuccessAlltold,thePortsmouthNavalShipyardESPCprojectshavefinancedwellover$79millionofimprovementsthatareavoidingtheuseofalmost100thousandmillionBtusperyear.Majorgreenhousegasreductionsarealsoachievedasannually42,000tonsCO2reductionresultsfromtheprojects.FundamentaltotheESPCprocess,allimprovementsarepaidforfromavoidedcosts.Thesavings,guaranteedbythecontractor,areverifiedonanannualbasisandaresufficienttopayforthe$79millioninvestment.

For more information please contact Sharon Parshley, Portsmouth Naval Shipyard, at [email protected] or 207-438-4632.

ESPC CREATES LONG-TERM SUCCESS AT PORTSMOUTH NAVAL SHIPYARD (Continued from Front Cover)

enoughenergytosatisfy50percentofthebase’senergyneedsandsaveupto$10milliononutilitybillsover25years,accordingtoLieutenantColonelJohnThomas,Commanderofthe56thCivilEngineerSquadron,whichmaintainsanddevelopsbasefacilities.

WhileDavis-MonthanAFBandLukeAFBcouldsoonhavethelargestrenewableenergyplantsintheAirForce,with14.5and15megawattsrespectively,thedistinctionmaybeshortlived.AirCombatCommandandNellisAFBleadershaveplanstoconstructa17-megawattphasetwoprojectin2012toaddtothe14-megawattarraybuiltin2007.

“ThefocusedeffortsoftheskilledandprofessionalAirForcerenewableenergyprogramteamoverthelastseveralyearsarebeginningtodeliveralargeincreaseinthenumberandcapacityofrenewableprojectsinthepipeline,”saidMr.KenGray,AirForceFacilityEnergyCenterRenewableEnergyBranchChief.“Moreideasmoveintotheplanningstageeveryday.”

For more information, please contact Jennifer Elmore, Air Force Civil Engineer Support Agency, at [email protected] or 850-283-6476.

Air Force to Quadruple its Solar Energy ProductionFornearlythreeyears,a14.2-megawattsolararrayspanning140acresatNellisAirForceBase,Nev.,hasheldthetitleofthelargestrenewableenergyprojectintheAirForce.Hundredsofmediaoutletshavepublishedstoriesfeaturingthelargedisplayofsolarpanels,andPresidentObamavisitedthesitelastyear.NowtheAirForceissettooutdoitselfwithplanstobuildthreenewsolararraysby2013thatareasbigasorbiggerthanthecurrentNellisproject.

ThreebasesintheSouthwestcouldsoonhavethelargestAirForcesolararrays.TheyareDavis-MonthanAirForceBase,Ariz.,LukeAirForceBase,Ariz.,andNellisAirForceBase,Nev.,whichhasplanstoexpand.

Davis-MonthanofficialsawardedSunEdisonasolarphotovoltaicutilitycontractinSeptember2010witha20-yeargroundlease.Thebaseplanstopurchaseelectricityfroma14.5-megawattphotovoltaicsolararraytobeconstructed,designed,owned,operated,andmaintainedbySunEdisonon130acresofunder-utilizedbaseproperty.Engineersexpectthearraytodeliver35percentoftheenergyneededtooperatebasefacilities.

LukeAFBofficialshaveteamedupwithArizonaPublicServiceCompanytobuilda15-megawattsolararrayon100acresofunder-utilizedbaseproperty.Theprojectcouldproduce

4 2011 Volume 20, Issue 1

2011 First Thursdays Training SeminarsTodelivertimelytrainingoncost-effectiveenergymanagementandinvestmentpractices,theU.S.DepartmentofEnergy’sFederalEnergyManagementProgram(FEMP)hasbegunasecondseriesFirstThursdaySeminarsinFebruary2011.TheseasonwillbeofferedonlineviastreamingvideoandsatellitedownlinktoFederalfacilitiesthroughtheGovernmentEducationandTrainingNetwork(GETN).

FEMP’s2011seriesof90-minuteprogramsfollowsthesuccessofsix2010offerings.Ofthoseparticipantswhocompletedpost-programevaluations,98.7percentindicatedtheywouldparticipateinfutureFirstThursdaySeminarsand,onaverage,ratedtheprogramwithascoreof4.03outof5.0.AllprogramsarecurrentlyarchivedonFEMP’swebsiteforon-demandviewing.

TheFEMPFirstThursdaySeminarsarescheduledtoaironthefirstThursdayofeachmonthfrom1:30pmto3:00pmEST.Specifictopicsare:

April 7: UtilityEnergyServiceContractsandPublicBenefitFunds

May 5: RenewableEnergy

June 2:FederalFleetInfrastructure&ElectricVehicles

July 7:Labs,DataCenters&High-TechFacilities

August 4:EnergyEfficientProductProcurement

AcomprehensiveLearner’sGuidemakesiteasytofollowalongandtakenotesduringeachprogramandaFacilitator’sGuidecanbeusedtodirectgroupstudyanddiscussion.Aliveon-airQ&Asegmentattheendofthebroadcastallowsparticipantstoe-mailorcall-intheirquestionsandreceivetailoredadvicefromprogramexperts.

For more information about participating in the upcoming season of FEMP First Thursday Seminars, visit femp.energy.gov/training/first_thursday_seminars.cfm.

LawrenceBerkleyNationalLaboratory(LBNL)hasreleasedanewsoftwaretool,theLaboratoryEnergyEfficiencyProfiler(LEEP),withsupportfromLaboratoriesforthe21stCentury(Labs21®)sponsoredbytheDepartmentofEnergy(DOE),theFederalEnergyManagementProgram(FEMP)andtheEnvironmentalProtectionAgency(EPA).Thetoolhelpsusersidentifyopportunitiesforenergyefficiencyandprioritizepotentialactionstoreduceenergyuseinlaboratoryfacilitiesbasedonrelevance,savingspotentialandcostimplications.Italsoprovidesinformationonachievingthenextstepsandservesasthefoundationforamoredetailedaudit.

ThemotivationbehindLEEP’screationwastoofferaquick“action-oriented”evaluationofanexistinglaboratory’senergyefficiency.Typicalcommercialbuildingprofilingandaudittoolsdonotaddressissuesoroffersolutionsappropriatetotheuniquefeaturesoflaboratorybuildings.Sincelabsusesixtotentimesmoreenergythanstandardofficebuildings,theyprovidemanychallenges,aswellasopportunities,foroperatorsandadministratorsofthesefacilities.ThisisespeciallytrueformanagersofFederalGovernmentlaboratoriesrequiredtomeettheaggressiveenergy,water,andgreenhousegasreductiongoalsofExecutiveOrder13514andEISASection432.

TheLEEPtooldoesnotrequireanyspecializedknowledgeofenergyauditsoranalysis.Sitefacilitypersonnelcaninputdataonkeycharacteristicsofthefacility’sbasicconfigurationand

ventilation,heating,cooling,andlightingsystems,aswellasplugandprocessloads.Thetoolisflexible,allowingsitepersonneltochoosethescopeoftheassessmentbasedonthecharacteristicstheyselect.Basedontheinputprovided,theLEEPtoolsuppliesinformationontherelevance,impactandcomparativecostofmorethan60actionstoreduceenergyuse.

LBNLhassuccessfullycompletedapilottestofLEEPatfourU.S.DepartmentofAgricultureAgriculturalResearchServicelaboratories.Thepilotdemonstratedthatwithjusttwotothreehoursofeffort,LEEPprovidesactionableinformationtolaboratorypersonnelandenergymanagers,affirmingthatusersdonotneedtohaveanyexpertknowledgeofenergyaudits.

LEEPisavailableforfreeatleep.lbl.gov.TheLEEPtoolwilleventuallyworkinconjunctionwiththeLabs21EnergyBenchmarkingTool.Benchmarkingisthefirststepinprofilingenergyuseandisespeciallyusefulifyouhaveaportfoliooffacilities.ItisrecommendedthatyoubenchmarkyourfacilitybeforeusingLEEP.Togetstarted,visitlabs21benchmarking.lbl.gov.

For comments and questions about LEEP, please contact Geoffrey C. Bell, Energy Engineer, Lawrence Berkeley National Laboratory at [email protected].

For comments and questions about the Benchmarking Tool, please contact Paul Mathew, Staff Scientist, Lawrence Berkeley National Laboratory at [email protected].

LBNL Releases New Laboratory Energy Profiling Tool

New Energy Tools

www.femp.energy.gov 5

Project Funding Q&A: TrainingI work for an ESCO. Can I attend FEMP project funding training?FEMPtrainingisavailabletohelpFederalagenciesimplementenergysavingsperformancecontracts(ESPCs)andotherformsofprojectfunding.FivepreviouslyrecordedESPCrelatedtrainingsessionsarenowavailableontheFEMPwebsiteatanytimeondemand.Thesesessionsarenowopentonon-FederalpersonnelaswellasallFederalemployees.Certificatesofcompletionareprovidedtoeveryonewhocompletesthetrainingsessions.

• First Thursday Seminar on Energy Savings Performance Contracts:TeachesFederalagencieshowtoworkwithenergyservicecompanies(ESCOs)tostreamlinecontractfundingforenergymanagementprojectswhilemeetingenergyefficiency,renewableenergy,waterconservation,andemissionsreductiongoals.RecordedMarch3,2011.

• Introduction to Alternative Financing for Energy Efficiency and Renewable Energy: CoverstheuseofalternativefinancingtoolstoplanandimplementenergyandwatersavingmeasuresandrenewableenergysystemsinFederalfacilities.RecordedJune29,2010.

• Introduction to Energy Savings Performance Contracts: OutlineshowESPCscanhelpFederalagenciesimplementrenewableenergy,energyefficiency,andwaterefficiencyprojects.RecordedJune30,2010.

• Financing and Pricing Evaluation for Energy Savings Performance Contracts:OffersabriefoverviewofcostsandpricingreviewoftheESPCfinalproposalandhowESPCscanfinancethereductionofFederalfacilityenergyuseandcosts.RecordedJuly7,2010.

• Energy Savings Performance Contract Contracting and Negotiations:CoversESPCsfromacontractingpointof

view,includingthereviewofenablinglegislation,thecontractorselectionprocess,negotiations,andprice-reasonablenessapproaches.RecordedJuly8,2010.

I attended the Introduction to Project Funding webinar a few years ago, and now my site is starting an ESPC project. Should I complete the same webinar training again?FEMPisengagedincontinuedprogramimprovementandrefreshestrainingcontentregularly.Webinarpresentationsareupdatedtoreflectlessonslearnedandlegislativeandpolicychanges.Withon-demandwebinarsavailableontheFEMPwebsite,youcanaccessthemostrecentlyupdatedcontent.Webinarsarethefirststeptotakebeforeattendingthemoreintensiveon-the-groundworkshop.Inaddition,yourprojectteamcancontactyourFederalFinanceSpecialisttoinquireaboutonsitetrainingwhenyoustartaproject.

When will there be a workshop near me?Therearethreeworkshopscomingupin2011:

ESPC Contracting RoundtableApril12-13,2011

Golden,CO

ESPC Comprehensive WorkshopJune7-9,2011

Chicago,IL

ESPC Comprehensive WorkshopJuly19-21,2011

Seattle,WA

DOE Updates

Plug-in Electric Vehicles Charging Stations Installed in DOE-Forrestal Building Parking GarageInthecomingmonths,mass-marketplug-inelectriccarswillbearrivinginshowroomsaroundthecountry.TheDepartmentofEnergyhasplayedamajorroleinsupportingthedevelopmentofelectricvehicles,batteriesandthestationsrequiredtore-chargeelectricvehiclebatteries.

Tosupportlow-carbonemployeecommuting,theDepartmentofEnergyismakingelectricalchargingstationsavailabletoFederalemployeesattheForrestalandGermantownoffices.

ThesechargingstationswereoriginallyestablishedforDOE’sownfleetbutwillbeavailableforemployeeusewhennotneededbyDOE.

For additional information about the new service provided by Parking Management, or to request information regarding the procedures for charging vehicles at the DOE-Germantown facility, please contact the Parking Management staff at (202) 586-4271 or Mary Anderson, Director of the Office of Administrative Management and Support, at (202) 586-4375.

6 2011 Volume 20, Issue 1

Mark your calendar for the Laboratories for the 21st Century (Labs21®) 2011 Annual Conference. This premier event will host more than 700 laboratory owners, operators, engineers, architects, and manufacturers for a three-day information exchange on creating and maintaining sustainable laboratories.

Get Involved Early! • TheCall for Presenters is now open, so start formulating your

thoughts about lessons learned or innovations to share with the laboratory community and submit them online at: www.i2sl.org/labs21/conference/call11.html. Abstracts are due March 25, 2011.

• Nowistheprimetimetoreserveaboothintheever-expandingTechnology and Services Fair. Discounts for early registration are now available, so don’t delay!

• Earlysponsorship ensures your organization will receive maximum exposure. With sponsorship opportunities from just $500, this is the perfect way to make a lasting impression.

Learn more at: www.i2sl.org/labs21/conference

This Fall Follow The auTumn leaves To Providence

September 20–22, 2011 Rhode Island Convention Center Providence, Rhode Island

Labs21 2011 Annual Conference

The Labs21 program is co-sponsored by the U.S. Environmental Protection Agency and U.S. Department of Energy. The International Institute for Sustainable Laboratories (I2SL) is the official cosponsor for the Labs21 2011 Annual Conference and Workshops.

TheDepartmentofEnergy’s(DOE)SolidStateLighting(SSL)TechnologyDemonstrationGATEWAYprograminstallseligiblehigh-performanceSSLproductsatdemonstrationhostsites,wheretheirperformancecanbeevaluated.Thissummer,DOEannouncedthefirstWashington,DC-basedGATEWAYdemonstrationprojectusingSSLinaFederalfacility.Theprojectisademonstrationoflightemittingdiode(LED)parkinggaragelightingintheU.S.DepartmentofLabor(DOL)headquartersparkinggarage.Theprogramshowcasesmarket-ready,high-performanceLEDsinordertoimproveilluminationandreduceenergyconsumption.

“TheDOE-DOLdemonstrationshowsusinveryrealtermshowLEDlightingcanmakeasignificantimpactonnotonlyourFederalenergyconsumption,butalsoournation’senergyuse,”statedRolandRisser,BuildingTechnologiesProgramManageratDOE.“Federalagenciesmustleadbyexample,andDOEwillcontinuetoguidegovernment-industrycollaborationstoimplementhigh-performanceLEDproducts

inappropriateapplications.”TheinstalledproductattheDOE-DOLdemonstrationisaU.S.-made,award-winningproductmanufacturedbyPhilipsWide-Lite.

ThenineteenVizorLEDparkinggaragelightswithmotiondetectorsinstalledattheDOLFrancesPerkinsBuildingshowanestimatedenergysavingsofmorethan75percentoftheelectricityusedbythepreviouslightingsystem,greatlyimprovedilluminationquality,moreuniformlightandheightenedcolorclarity.Tolearnmoreabouttheprojectresults,seetheprojectfactsheetat:www.buildings.energy.gov//publications/pdfs/ssl/doe-dol_demo.pdf.

DOEsharestheresultsofcompletedprojects–includinganalysisofdatacollected,projectedenergysavings,paybackanalysis,anduserfeedback–indetailedreportsandbriefs.

For more information on the GATEWAY Program and how to participate, visit www.ssl.energy.gov/gatewaydemos.html.

DOE Announces Federal Efforts to Save Energy with Solid-State Lighting in Washington, DC

www.femp.energy.gov 7

FEMP ContactsFor information on topics not listed here, call the EERE Information Center at 1-877-337-3463

FEMP Office202-586-5772

FEMP Fax202-586-3000

FEMP on the Webwww.femp.energy.gov/

LeadershipTimothy D. Unruh, PhD, PE, CEM, LEED APProgram Manager

Schuyler (Skye) SchellSupervisor, Project Transaction ServicesRepresentative for General Services [email protected]

Jerry DionSenior Technology Matrix ManagerRepresentative for Department of Defense (DOD)[email protected]

Scott RichlenSupervisor, Decision Support Services Representative for Veterans Affairs (VA)[email protected]

Brad GustafsonSupervisor, Applied Technology ServicesRepresentative for U.S. Postal Service (USPS)[email protected]

Glenita JonesAdministrative [email protected]

Alphabetical ContactsOrganized alphabetically by last name, each contact includes a summary of primary responsibilities by topic, as well as their agency contact responsibilities.

David BoomsmaBudgeting; Planning; Performance TrackingRepresentative for National Aeronautics and Space Administration (NASA)[email protected]

Teresa CarrollSchedules and Metrics Tracking Representative for Smithsonian [email protected]

Anne CrawleyRenewablesRepresentative for the U.S. [email protected]

Rebecca DyerProcurement Policy Representative for National Archives and Records Administration (NARA)[email protected]

Nate FolkemerESPCsRepresentative for Department of Labor (DOL)[email protected]

Annie HaskinsCommunications and Outreach; Awards; EERE Information CenterRepresentative for Social Security Administration (SSA)[email protected]

Shawn HerreraMetering; Technical Assistance Representative for Tennessee Valley Authority (TVA)[email protected]

Hayes JonesCommunications and Outreach; Awards; FEMP Focus Representative for the Air [email protected]

Joe KonradePeer Review; State Collaboration; Technology Transfer; FEMP Web Site Representative for Department of Commerce (DOC) and Department of the Interior (DOI)[email protected]

Boyan KovacicRenewable EnergyRepresentative for the Department of Agriculture (USDA)[email protected]

Will LintnerLabs21; Water; Data Centers; New Technologies; Sustainability Representative for U.S. [email protected]

Tracy J. LoganPPAs; Renewable Power Purchase; Public Benefit Funds; Enhanced Use Leases; DOE Utility AcquisitionsRepresentative for Department of Justice (DOJ) and Department of State (DOS)(202) [email protected]

David McAndrewRenewable Power Purchases; UESCs; GovEnergy Representative for Health and Human Services (HHS)[email protected]

Cyrus NasseriEnergy Efficiency Standards; Rule MakingRepresentative for Department of Energy (DOE)[email protected]

William RaupESPCs Representative for the U.S. Marine [email protected]

Ab ReamOperations and Maintenance; Metering; Commissioning; Energy Audits Representative for Department of Homeland Security (DHS)[email protected]

Mark ReichhardtRenewable Power Purchases; Renewable Energy; Sustainablity Representative for Department of State (On Rotation: Contact Tracy Logan)[email protected]

Amanda SahlFleets; Awards; Communications Representative for Department of Transportation (DOT)[email protected]

Chris TremperReporting; Guidance; Interagency CoordinationRepresentative for Broadcasting Board of Governors (BBG) and Railroad Retirement Board (RRB)[email protected]

Stephen P. WalderEnergy-Efficient Products Representative for Housing and Urban Development (HUD)[email protected]

U.S. DEPARTMENT OF ENERGYFEDERAL ENERGY MANAGEMENT PROGRAM, EE-2LWASHINGTON, DC 20585-0121

OFFICIAL BUSINESS

The Federal Energy Management Program (FEMP) facilitates the Federal Government’s implementation of sound, cost-effective energy management and investment practices to enhance the nation’s energy security and environmental stewardship.

PRESORTED

STANDARD

U.S.POSTAGEPAID

WASHINGTONDC

PERMITNO.6548

New DOE Publication Guides Solar Installation on Federal Sites • Anoverviewofsustainabilityinitiativesandsolar

incentives,aswellaslegislationandexecutiveordersrelevanttosolarenergy

• Recommendationsonsolarscreeningandprojectselection

• Detailedguidanceonfinancingandcontractingoptionsforprocuringsolarenergy

• CasestudiesandbestpracticesfromsuccessfulsolarprojectsonFederalfacilities.

TheinformationintheguideisspecificallytargetedtowardFederalandbuildingsitemanagers,contractingofficers,energyandsustainabilityofficersandregionalprocurementmanagers.Theguideconcentratesondistributedon-sitesolargenerationratherthanlarge,centralizedsolarenergygeneration.

ProcuringSolarEnergy:AGuideforFederalFacilityDecisionMakersisacollaborativepublicationoftheDOE’sFederalEnergyManagementProgram,SolarEnergyTechnologiesProgram,andNationalRenewableEnergyLaboratory.

Visit www.solar.energy.gov/federal_guide to download the guide or for more information, or contact Blaise Stoltenberg, NREL, at [email protected].

SolarenergyispositionedtoplayasignificantroleinmeetingtheFederalGovernment’ssustainabilityinitiatives.ThispointwasemphasizedrecentlybyaU.S.DepartmentofEnergy(DOE)announcementofplanstoinstallsolartechnologyontheWhiteHouse.Federalagencieshavemanyreasonstoconsiderimplementingsolarenergyontheirsites,includinglegislation,executiveorders,andagencytargets,amongothers.ProcuringsolarenergyandtechnologyonFederalsites,however,canposeauniquesetofchallenges.

AnewDOEpublicationandWebsite—ProcuringSolarEnergy:AGuideforFederalFacilityDecisionMakers—providesguidanceforFederalfacilitymanagersandtheirprocurementteamsontheprocessofsuccessfullyinstallingsolarsystemsontheirsites.

Thepublicationpresentsanoverviewofthesolarprojectprocessinaconcise,easy-tounderstandstep-by-stepformat.DetailedinformationandsampledocumentsforspecifictasksarereferencedwithWeblinksorincludedintheappendixes.Inaddition,theguidefeatures: