Utility of the Future - DNV Kema

Utility of the Future - DNV Kema Utility of the Future - DNV Kema

Innovative Project HighlightsClient/Partner(s)/Funding Project DescriptionPacific Gas & ElectricCompanySou<strong>the</strong>rn CaliforniaEdisonPacific Gas & ElectricCompanyAES CorporationPartners: BureauLievense, Gebroeders DasSenterNovem EOS-NEOBeacon PowerDuke EnergyReliabilityAssessmentAdvancedMeteringInfrastructureDistributionAutomationRoadmap InitiativeFast-responseStorage DevicesStudyEnergy IslandConceptConcentratedSolar Energy in <strong>the</strong>SaharaFlywheel-basedEnergy StorageSmart GridDemonstrationCenterConducted reliability assessment including benchmarking<strong>of</strong> substations, subtransmission system, radialprimary circuits, and secondary network systemAMI conceptual requirements, technology assessment,regulatory documentation, quality assurance, metertestingDeveloped roadmap for deploying distributionautomation to improve reliability, enhance assetmanagement and improve cost efficiency“Benefits <strong>of</strong> Fast-Response Storage Devices for SystemRegulation in ISO Markets” study to advanceunderstanding <strong>of</strong> energy storage in system reliabilityand renewable generationCollaboration to develop innovative Energy IslandConcept to store 20 GWh <strong>of</strong> power generated from<strong>of</strong>fshore wind farm for Dutch utilitiesTechnical and economic feasibility <strong>of</strong> harnessingconcentrated solar power in <strong>the</strong> Sahara and importingenergy to <strong>the</strong> EU regionEvaluation <strong>of</strong> emission savings and life cycle costbenefits <strong>of</strong> 20 MW flywheel-based power plantdesigned to perform frequency regulationKEMA partners with Duke Energy to design and buildsmart grid demonstration center in Erlanger, KY.Partnership with Duke Energy to open smart grid demonstration center in Erlanger, Ky.


Innovative Project HighlightsClient/Partner(s)/Funding Project DescriptionGlendale Water & PowerDominican RepublicPlatte River AuthorityCalifornia Public UtilitiesCommission andinvestor-owned utilitiesCalifornia EnergyCommissionConsumers EnergyNew York PowerAuthorityCalifornia EnergyCommissionSmart GridImplementationNationalProtection StudyClimate ActionPlanCalifornia SolarInitiative StudySmart Grid Roadmap& RenewableIntegrationBusiness ProcessOptimizationSmart MeteringEnd-useDemand-sideStorageApplications StudyProvided oversight <strong>of</strong> smart grid implementationreplacing electric meters with smart meters andautomating water meters to communicate over asecure wireless networkConducted protection and coordination study for <strong>the</strong>national electrical grid system to assess protectionsettings and perform integrated coordination planDeveloped Climate Action Plan and quantitativemeasures to reduce GHG emissions 20 percent by 2020and 80 percent by 2050Conducted study <strong>of</strong> domestic and internationalincentive programs for solar energy for <strong>the</strong> CaliforniaSolar InitiativeDeveloped a smart grid roadmap that encouragesdeployment <strong>of</strong> smart-grid technologies and integration<strong>of</strong> renewable technologies into <strong>the</strong> gridAMI pilot project to optimize business processesincluding AMI installation requirements andcomprehensive audit programSmart end-use metering project at state facilities toprovide information and reduce energy use atgovernment facilitiesConducted modeling to quantify benefits <strong>of</strong>demand-side storage applications.Climate action plan for Platte River Authority helps develop goals for greenhouse gas reductions over 40 year period.


Client/Partner(s)/Funding Project DescriptionAES CorporationConsolidated Edison <strong>of</strong>New YorkISO NEW EnglandISO/RTO CouncilEU Senter NovemProgramPartners: KEMA & IFTechnologyTurkish DistributionCompanyDutch Ministry <strong>of</strong>Agriculture andHorticulture BoardEneco and NSR(<strong>the</strong> Ne<strong>the</strong>rlands)<strong>Utility</strong>-scale EnergyStorage TestingTransmissionReliability StudySubstationAutomationRoadmapPEV Impact StudyProton ExchangeMembrane FuelCellsGeo<strong>the</strong>rmalEnergy Study forEthiopiaNetwork Planningand TrainingLED Lighting Studyfor HorticultureCO 2Rail CorridorStudyTested and validated new battery storage technologyusing two 1 MW storage devices for utility-scalesystem applicationsConducted transmission contingency analysis study andrecommendations to avoid blackouts and outagesDeveloped substation automation and vision roadmapto quantify costs, benefits and integration planningStudied impacts on reliability and identified wholesaletransmission products and services that PEVs couldprovide operating as controllable loadPartnered with ECN to research membranes thatoperate at high temperatures in proton exchangemembrane fuel cells (PEMFC)Studied <strong>the</strong> potential and major roadblocks forgeo<strong>the</strong>rmal energy development in EthiopiaNetwork planning methodologies and training todevelop new model and standards in compliance withEuropean UnionInvestigated LED lighting technology to help reducehorticultural energy consumptionConducted study to make rail corridor DenHaag - Utrecht CO 2neutral


Client/Partner(s)/Funding Project DescriptionIOP EMVT ResearchProgrammeEOS-LT Energy ResearchprojectEU EOS-LT ProgramSTAWAG Energie GmbHLandesbankBaden-Wurttemberg(LBBW)EU Sixth FrameworkProgramProject coordinator:Ne<strong>the</strong>rlandsOrganisation for AppliedScientific Research TNOEU Sixth FrameworkProgramEU Seventh FrameworkProgramIntelligentSubstationIntelligent EnergyTransportManagementDirect andIndirect Co-firing<strong>of</strong> Biomass inPower PlantsWind FarmFeasibility StudyConcentrated PVTechnicalEvaluationNATURALHYC0 2CaptureResearchINTEGRALPolyZionAssisted in design/build for pro<strong>of</strong>-<strong>of</strong>-principledistribution station that controls distributed generation,facilitate peak load management, supply reactivepower, enhance power quality, improve reliabilityCoordinated development <strong>of</strong> network operatorspecifications using batteries and heat pumps in orderto integrate 6,000 MWe wind energy into <strong>the</strong>Ne<strong>the</strong>rlands gridParticipated in study to predict speciation <strong>of</strong> traceelements in fly ash and identify accompanyingmechanisms with co-firing <strong>of</strong> wood with coalConducted feasibility study and risk assessment <strong>of</strong><strong>of</strong>fshore wind farm Borkum West IIConducted technical evaluation <strong>of</strong> concentratedphotovoltaic modules and production processes forGerman manufacturer Concentrix SolarParticipated in study to determine <strong>the</strong> potential <strong>of</strong>adding hydrogen in existing gas networks in <strong>the</strong>Ne<strong>the</strong>rlandsParticipated in development <strong>of</strong> C0 2capture andstorage demonstration sites in <strong>the</strong> Ne<strong>the</strong>rlandsConducted field demonstration <strong>of</strong> 30 households in<strong>the</strong> Ne<strong>the</strong>rlands using a PowerMatcher to investigateoperating conditions <strong>of</strong> smart gridParticipated in EU consortium to develop new class <strong>of</strong>fast rechargeable zinc-polymer batteries for hybrid andsmall electric vehicle applications


2010Milestones■■■■■■■Publishes <strong>Utility</strong> <strong>of</strong> <strong>the</strong> <strong>Future</strong>, Volume II: The Promise <strong>of</strong> Storage—a 140-page book examining <strong>the</strong>implications and economics <strong>of</strong> using storage in grid design and operations.Hosts Innovation Day in Oakland, CA and develops Virtual Power Plant concept.Opens testing laboratory in Wenzhou, China to perform testing for <strong>the</strong> CB (certifying body) Scheme.Operates as an <strong>of</strong>ficial CB Test Laboratory, <strong>of</strong>fering independent lab testing for industrial electriccomponents made in China.Holds 3rd <strong>Utility</strong> <strong>of</strong> <strong>the</strong> <strong>Future</strong> Leadership Forum in Washington, DC.Opens smart meter test laboratories to test conformity and interoperability <strong>of</strong> AMI components.Teams with Power Grid Technology Consulting LLC to provide comprehensive transmissionapplications support to advance insight, implementation <strong>of</strong> smart electric transmission systems.Collaborates with Boeing Defense, Space and Security to develop smart grid technologies focused onadvanced systems development and integration, technical design and interoperability andcybersecurity.


Innovative Project HighlightsClient/Partner(s)/Funding Project DescriptionElectricity StorageAssociationCalifornia IndependentSystem OperatorCenterPoint EnergyEU Sixth FrameworkProgramDPR ConstructionCompanyCasa do Futuro, BrazilCompanhia Energeticade Minas Gerais, BrazilInterland 343 Sansome &CAC Real EstateManagementJob Creation StudyRenewablePenetration StudyEV Impact StudyPowerMatchingCityNet-zero EnergyCommercial OfficeBuildingOptimize BuildingEnergyPerformanceCities <strong>of</strong> <strong>the</strong> <strong>Future</strong>LEED Design andCertificationSupportStudied US job creation from policy incentives andidentified additional benefits in climate changemitigationModeled <strong>the</strong> effect <strong>of</strong> high-penetrations renewableson intra-hour system operationsJointly studied EV impacts for Houston Electric, LLC andidentified electric vehicle adoption motivations andtrendsPartnered with Dutch energy research center ECN,advanced s<strong>of</strong>tware company Humiq, and utility Essentto create a living smart grid demonstration communityParticipated in sustainable design project to usecross-ventilation cooling and daylight harvesting tacticsto reduce energy use in 24,000 square foot buildingCollaborated to measure and maximize museumenergy performance using LEED Energy ModelAssisted in defining smart grid business plan for Cities<strong>of</strong> <strong>the</strong> <strong>Future</strong>, part <strong>of</strong> utility smart gridimplementation strategyLed development <strong>of</strong> management andengineering policies, programs, best practices andtools to pursue LEED Platinum certification for 250,000square foot <strong>of</strong>fice buildingCasa do Futuro in Rio de Janiero, Brasil designed with LEED energy model to maximize energy performance.


GasunieGerman and Israeli clientsFederal Ministry forTransport, Building &Urban Development,GermanyEuropean ClimateFoundationAEP TexasEU Seventh FrameworkProgramDutch clientPartners: Alliander,Eindhoven University <strong>of</strong>Technology, Enexis, StedinEU Seventh FrameworkProgramScottish & Sou<strong>the</strong>rnEnergyEOS-LT NEO ProgramPartners: Bureau Lievense,Gebroeders DasGasunieGas TransportStudyTechnical Study <strong>of</strong>ConcentratedPhotovoltaicsElectric VehicleCharging StationsRoadmap 2050Dynamic ReactiveCompensationSystem (DRCS)Next Gen PowerCO 2TransportResearchKEMA Smart CableGuardVerification,Integration &Testing <strong>of</strong> PLCState <strong>of</strong> ReadinessSurveySecond LifeApplications <strong>of</strong>BatteriesEnergy IslandPhase IIGas Flow MeterTracerMethodologyConducted gas transport GHG emissions reductionstudyConducted technical evaluations and productionfacilities <strong>of</strong> concentrated photovoltaics (CPV) modulesConducted project using 40 electric vehicles and 65charging stations to increase public awareness <strong>of</strong>electric-powered vehicles, implement intelligentinfrastructure for supply, and developed new marketmodels for fleet operationsLed development <strong>of</strong> study to define, quantify andproject electric grid implications for various powersector scenarios and enable decarbonized powersystem for EU-27 (EU + Norway & Switzerland)Commissioning <strong>of</strong> DRCS equipment to enhanceperformance, efficiency, reliability and security <strong>of</strong> AEPTexas transmission systems to enable integration <strong>of</strong>wind energy with substationsCoordinated research to develop and demonstrate <strong>the</strong>potential <strong>of</strong> various coatings and materials for powerplants where biomass is co-firedCoordinated research to find safe, reliable, andeconomically optimal solutions for transportationIntroduced innovative system that can “listen” to <strong>the</strong>beat <strong>of</strong> an MV cable by monitoring and locating partialdischarge activity; provides information on behavior toenhance maintenance and risk managementParticipated in project using internet protocol todevelop and verify a high-speed, narrow-band PLCinfrastructure to support multiple communicationapplicationsDeveloped “State <strong>of</strong> Readiness” survey to evaluateorganizational strengths and weaknesses to respond toinnovation challenges ahead for <strong>the</strong> utilityEvaluated potential second-life applications for EVbatteries for use in distribution gridCollaborated in second phase <strong>of</strong> innovative project todevelop concept for large-scale electricity storageconsisting <strong>of</strong> a sealed ring dyke in <strong>the</strong> North Sea togenerate up to 1500 MW <strong>of</strong> powerDeveloped tracer method to perform in-situ checks ongas flow meters


Smart grid interoperability lab opened in 2011 in Erlanger, Ky.2011Milestones■■■■■■■■■■Opens Energy Storage Performance Testing Lab—first U.S. testing solution for <strong>the</strong> rapidly evolvingenergy storage industry.Publishes <strong>Utility</strong> <strong>of</strong> <strong>the</strong> <strong>Future</strong> Volume III - Engaging <strong>the</strong> Customer: The Power behind <strong>the</strong> Meter.Launches first European <strong>Utility</strong> <strong>of</strong> <strong>the</strong> <strong>Future</strong> Forum in Amsterdam.Hosts 4th Annual <strong>Utility</strong> <strong>of</strong> <strong>the</strong> <strong>Future</strong> Leadership Forum in Denver, CO.Develops MagicCorr®, a data mining solution to track historical data <strong>of</strong> process parameters such astemperature, pressure, flow rates, and vibrations to support daily power plant operations.Opens Smart Grid Interop Lab in Erlanger, to test functionality <strong>of</strong> smart grid elements, such asin-home displays, EV charging, smart meters, and customer information portals.Dutch national action plan for solar - leads research to identify barriers to adding 2 GWp PV solar to<strong>the</strong> Ne<strong>the</strong>rlands by 2020.Releases Energy Storage Select, a sophisticated decision-support tool to determine return oninvestment <strong>of</strong> energy storage technologies for diverse applications.Smart Energy Collective - collaborates with 30 partners in innovative initiative to develop, designand build five field trials with several thousand energy consumers at various locations in <strong>the</strong>Ne<strong>the</strong>rlands.High Power Laboratory in Arnhem is <strong>the</strong> world’s first laboratory to test a 800 kV circuit breaker to beused in <strong>the</strong> new generation ultra-high voltage transmission grids.


Innovative Project HighlightsClient/Partner(s)/Funding Project DescriptionTendril, NorthWesternEnergyElectric Power ResearchInstituteCalifornia ISOFirst Wind, HawaiiSan Diego Gas & ElectricUS NavyNYISOPacific NorthwestSmart GridDemonstrationProjectEvaluation <strong>of</strong>Offshore WindDistributed EnergyMarket ImpactEvaluationBattery Solutionfor GridConnectionIntermittencyStudyAMI DeploymentSurvey andDocumentationDR Impact onWholesale MarketsStudyManaged installation <strong>of</strong> residential demand responseequipment and customer educationConducted engineering and economic evaluation <strong>of</strong><strong>of</strong>fshore wind to develop objective and consistentassessment <strong>of</strong> current and future performance <strong>of</strong> <strong>of</strong>fshorewindEvaluated market impacts and operational benefitsand quantified cost <strong>of</strong> integrating distributed energyresourcesEvaluated proposed battery solution for First Winddevelopment on <strong>the</strong> Hawaiian Islands, enabling <strong>the</strong>company to meet HECO’s requirements for gridconnectionIdentified and quantified transmission system risks <strong>of</strong>intermittent renewables and contingency scenariosParticipated in global site survey <strong>of</strong> selcted regions anddevelopment <strong>of</strong> necessary documents for deployment<strong>of</strong> advanced metering infrastructure for US NavyConducted study to understand <strong>the</strong> effects <strong>of</strong> customerdemand-side participation in NYISO wholesale marketsthrough dynamic-pricing-based demand response anddispatchable demand response


Client/Partner(s)/Funding Project DescriptionPECO EnergyEU Seventh FrameworkProgramSTW Clean CombustionConcepts ProgramEPBiH, Bosnia and HerzegovinaProvince <strong>of</strong> Gelderland,<strong>the</strong> Ne<strong>the</strong>rlandsEU Seventh FrameworkProgramEU Seventh FrameworkProgramCASCADEImplementationNEXT-BuildingsCracked BiomassTechnologies forReducing NOx andSO2Sustainable OffgridPower Plant,SOPRAREAPowerPV-GUMKEMA Digital Inspections team assisted inimplementing CASCADE Equipment Health System tooptimize asset life, reduce failures and improvereliability, advancing PECO’s condition-basedmaintenance programCoordinated project to demonstrate low energyconsuming buildings with integrated energy systemsthat reduce C0 2at no costParticipated in study to increase understanding <strong>of</strong> andpredictive capabilities for torrefied biomasscombustion at high co-firing rates in coal-fired powerplantsDeveloped optimum options and best technology, andprocess improvements for reducing sulfur dioxide andnitrogen oxide emissions at power plantsCoordinated development <strong>of</strong> a modular and sustainable<strong>of</strong>f-grid power station for rural applicationsconsisting <strong>of</strong> renewable energy sources, electricitystorage and back-up diesel powerParticipated in research to prove concept <strong>of</strong> electricityproduction through salt gradient power-reverseelectrodialysis using brine and sea or brackish waterParticipated in research to develop new manufacturingtechnologies and equipment capable <strong>of</strong> producinglow-cost, high-efficiency, flexible, building integratedPV solar cell on a biuminous ro<strong>of</strong>ing membrane


Microgrid simulation tool helps developers assess economics <strong>of</strong> microgrid options.2012Milestones■■■■<strong>DNV</strong> & KEMA merge energy and sustainability expertise to form new company, <strong>DNV</strong> KEMA Energy &Sustainability.KEMA Zertifizierungsgesellschaft mbH, or Zert, a business group within <strong>DNV</strong> KEMA, receivedaccreditation by <strong>the</strong> German authority Deutsche Akkreditierungsstelle GmbH (DAkkS) to assess andcertify wind energy plants.Releases Microgrid simulation tool to assist in design and economic analysis <strong>of</strong> microgrids.Hosts 5th Annual <strong>Utility</strong> <strong>of</strong> <strong>the</strong> <strong>Future</strong> Leadership Forum in Washington, DC.


Innovative Project HighlightsClient/Partner(s)/Funding Project DescriptionCopper DevelopmentAssociationDutch Ministry <strong>of</strong>Economic Affairs,Agriculture andInnovationTenneT TSO OffshoreGmbHESKOMShell Global SolutionsDutch Association <strong>of</strong>homeowners, VEHTitan GmbH, GermanyFreiberger Erdgas, GmbHStorage MarketStudySmart Grid SmartGrid BenefitAnalysisOffshore WindFarm Connection,Technical ReviewCo-firing BiomassFeasibility Studyfor South AfricanCoal PlantsMarket Studies,District HeatingAssessmentSolar PurchaseQuality AssuranceIndustrial CHPPlantCHP Plant withEnergy StorageConducted study projecting U.S. grid energy storagemarket value to reach between two and four GW by2016Teamed with CE Delft to study societal cost benefitanalysis for <strong>the</strong> introduction <strong>of</strong> smart grids in <strong>the</strong>Ne<strong>the</strong>rlandsReview contractor documents for complex design <strong>of</strong>HVDC connection to ensure connection <strong>of</strong> <strong>of</strong>fshorewind farm to meet German government deadlinesAssessment <strong>of</strong> co-firing options, pre-treatment tests<strong>of</strong> raw feedstock, impact <strong>of</strong> biomass co-firing on plantperformance, technical and economic evaluation <strong>of</strong>torrefaction technologiesComparison <strong>of</strong> mixed gas/electric and all electricmarket scenarios in <strong>the</strong> Ne<strong>the</strong>rlands, UK and Germany,and assessment <strong>of</strong> current and future district heatingmarkets in EuropeTechnical quality assurance <strong>of</strong> manufacturers for <strong>the</strong>purchase <strong>of</strong> 5 MW solar modules and invertersPlanning, construction supervision and commissioningservices for new industrial combined heat and powerstation at a chemical plantEngineering services related to building new powerplant for district heating with heat storage unit for <strong>the</strong>city <strong>of</strong> Freiberg, Germany


Client/Partner(s)/Funding Project DescriptionTennessee ValleyAuthorityFederal EnergyRegulatory CommissionAustin EnergyMassachusetts UtilitiesFederal EnergyRegulatory CommissionEnergy Efficiency &Demand ResponseProgramEvaluationBiennial Survey onDemand Responseand AdvancedMeteringEnergy PotentialStudyNon-energyImpacts StudyNational ActionPlan on DemandResponseMeasurement andVerificationWorking GroupMulti-year evaluation services to <strong>the</strong> TVA energyefficiency and demand response program portfoliothat encompasses 155 local power companies across<strong>the</strong> seven state regionDetailed survey to determine saturation and penetrationrates <strong>of</strong> advanced meters and communicationstechnologies, devices and systems in place in all USelectric utilitiesStudy to determine <strong>the</strong> energy efficiency and demandresponse potential for this municipal utilityStudy to determine <strong>the</strong> positive and negative impactso<strong>the</strong>r than energy savings associated with commercialand industrial energy efficiency projects conductedthrough utility programsChairing a stakeholder working group to developguidance on best practices and outstanding issuesrelated to measurement and verification <strong>of</strong> demandresponse, with <strong>the</strong> goal <strong>of</strong> facilitating greater adoption<strong>of</strong> demand response in US markets


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