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YOKO NEDO: Smart Community Projects

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YOKO NEDO: Smart Community Projects

YOKO NEDO: Smart Community Projects

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  • 1. Deputy DirectorSmart Community DepartmentNew Energy and Industrial Technology Development OrganizationConcurrentlySecretariatJapan Smart Community AllianceYoko MatsuzakaSmart Community ProjectsMay 22, 2013
  • 2. 2Agenda What is NEDO? What is Smart Community? Japan’s Experience in Smart Gridand Smart Community Concrete Examples What we have learned
  • 3. 3Agenda What is NEDO? What is Smart Community? Japan’s Experience in Smart Gridand Smart Community Concrete Examples What we have learned
  • 4. Coordination withpolicymaking authoritiesCombined efforts ofIndustry, academia and governmentNEDO’s MissionMinistry ofEconomy, Trade andIndustryPromotion of national projectsAutonomous and advanced project managementPromotion of technology development based ona flexible and agile project management schemeIndustryUniversities Addressing energy and global environmental issuesthrough technology development and internationalcollaborative demonstration projects Enhancement of cutting-edge industrial technologies4
  • 5. 5Agenda What is NEDO? What is Smart Community? Japan’s Experience in Smart Gridand Smart Community Concrete Examples What we have learned
  • 6. New-generation GasStationZero EnergyBuildingsCogenerationSolar PowerWind PowerEnergy Management SystemGEGESolar PowerSmart HouseStorageBatteryBiogasWind PowerMega SolarNa-S BatteryEVs andPHEVsEnable better use ofheat in addition toelectricityConstruct an energy system which is mutuallybeneficial for main grid operator and regionalenergy management providerHome StorageBatteryWaste HeatUtilize IT forpeak cutsRegional EnergyManagement ProviderConstruct chargingstations for EVsGEInformation NetworkSmart Meter:Visualization of homeenergy use anddemand controlConnect BEMS with regional EMSMain GridGE6Image of Smart Community
  • 7. 7Smart CommunityAn area in which residents, workersand business enterprises carry outsustainable earth-friendly actionautonomously,thereby improving the localinfrastructure and social system
  • 8. 8NEDO, JSCA and …Global Smart Grid FederationMembers: Around 350Electric Power, gas, automobile, information and communication, electricmachinery, construction and trading industries as well as the public sector andacademiaSecretariat:A member ofBoard members: 9 private companiesTOSHIBA(president), Hitachi, ITOCHU, JGC, KansaiElectric Power, MITSUBISHIELECTRIC, Panasonic, Tokyo Gas, TOYOTASupported by METI
  • 9. 9Agenda What is NEDO? What is Smart Community? Japan’s Experience in Smart Gridand Smart Community Concrete Examples What we have learned
  • 10. 10Single Renewable EnergyGrid-connection TechnologyDevelopment Project(FY1986- )Demonstrative Project on Grid-interconnection of ClusteredPhotovoltaic Power GenerationSystems (FY2002-FY2007)RE Stabilization / Grid-connectionDemonstrative Project on Regional Power Grids withVarious New Energies (FY2003-FY2007)MicrogridsWind Power StabilizationTechnology Development Project(FY2003-FY2007)Verification of Grid Stabilization withLarge-scale PV Power GenerationSystems (FY2006-FY2010)Tomamae Town, HokkaidoOur ExperienceHokuto CityKobe City Ota City(International Project)(Domestic Project)Tokoname CityKyotango CityHachinohe City Sendai CityNew Mexico (USA)Malaga (Spain)Grand Lyon (France)Hawaii (USA)(Domestic Project)Smart Community
  • 11. Yokohama City(YokohamaCity, Toshiba, Panasonic, Meidensha, Nissan, Accenture, others)CO₂ emissions: 30%↓by 2025(compared with 2004 levels)Energy management system thatintegrates HEMS, BEMS and EVsPV (27,000 kW)Use of heat and unused energy4,000 smart houses, 2,000 EVsToyota City(Toyota City, Toyota Motor, Chubu ElectricPower, Toho Gas, Toshiba, MitsubishiHeavyIndustries, Denso, Sharp, Fujitsu, DreamIncubator, etc.)CO₂ emissions: Residential 20%↓ andTransportation 40%↓Use of heat and unused energy in additionto electricityDemand response at more than 70 homes3,100 EV, V to H and V to GKyoto Keihanna District(Kyoto Prefecture, Kansai Electric Power,Osaka Gas, Kansai Science City, Kyoto University)CO₂ emissions: Residential 20%↓ andTransportation 30%↓(compared with 2005 levels)Install PV at 1,000 homes, EV car-sharing systemManagement of grid connected PV and fuel cellsin houses and buildings (visualization of demand)Grant “Kyoto eco-points” for green energy usageKitakyushu City(Kitakyushu City, Fuji Electric Systems,GE, IBM, Nippon Steel)CO₂ emissions: 50%↓ (compared with 2005 levels)Real-time management at 70 companiesand 200 housesEnergy management using HEMS and BEMSEnergy system that coordinates demand sidemanagement with overall power systemLeading Demonstration Projects in Japan11Note: Led by Ministry of Economy, Trade and Industry
  • 12. 12Agenda What is NEDO? What is Smart Community? Japan’s Experience in Smart Gridand Smart Community Concrete Examples What we have learned
  • 13. 13Pal Town (the view from the south west)1. A pioneering test-bed project on smart gridDemonstrative Project on Grid-interconnection of Clustered Photovoltaic PowerGeneration Systems (FY2002-FY2007)
  • 14. Pal Town neighborhood of Ota CitySeller: Land Development Corporation of Ota CityLots for sale: 777Total size of the area: 40.9 haStart of sale: October, 2003Number of family: 714 (2,300 people)Number of cooperating family: 553Total PV capacity: 2,130kWAverage capacity per house: 3.85kWAt the end of the distributed lineOta City, Gunma Prefecture86 km north west from TokyoClear weather through the yearAverage temperature 14-15 degrees CelsiusThunderstorm in summerStrong northwest wind in winterLayout of the Pal Town141. A pioneering test-bed project on smart gridLocation
  • 15. Power flow of PV1. Lightning strikesthe distribution line2. Electric power companystops supplying power.3. PV power continuouslycauses reverse power flow asit is called “islanding operationof PV power systems”.Transforming stationfor distributing power~ ― ~ ― ~ ― ~ ―High-voltage loadssuch asfactories, supermarkets, etc.Low-voltageloads such ashouses The failure continues because of islanding operation of PV power systems. Therefore, the PV systems must stop generating power as soon as thecompany stops.Figure 5. Conceptual DiagramTime of detectingFailureNormalStop powersupplyStop PV powergenerationRepair thefailureIsolationoperationFigure 6. Time flow1. A pioneering test-bed project on smart grid15More prompt detection of islanding operation - PCS
  • 16. House LoadDistribution GridVoltage RiseSuppressorUnitBatterySolar Cells(commercial)-~1 2~-1. Timing of charge:Daytime (light load)When suppressingrise of voltageWhen charging formaintenance2. Timing of discharge:Nighttime (peak load)Notes) No charge withcommercial electricityPower Conditioner(commercial)Figure 7. Conceptual Diagram Storage battery were connected to solar cells in order to avoidsuppression of PV power output while the supply voltage keeping within101±6V in 100V.16PCS(developed)1. A pioneering test-bed project on smart gridIntroduction of voltage rise suppressor unit
  • 17. 171. It is important to keep communication with the residents forcommunity-oriented demonstration project.2. It is effective to show concrete activities of the staffs to theresidents in order to obtain their understanding.A temporary office with staffs Staffs stayed there in every daytime. Staffs walked around to check equipments installed at each houseperiodically.Common rules between the residents and the project organizer (example) Staffs wore uniform when attending visitors.Ideas for obtaining the full understanding of the residents to the project:These actions contributed to close communication with the residents.1. A pioneering test-bed project on smart gridActions for getting people involved (1)
  • 18. Commercial PCSBoxes with apparatus18Staff attending visitorsMeter for grid-connection1. A pioneering test-bed project on smart gridActions for getting people involved (2)Meter on poleBoxes outside houseShow them all .
  • 19. 19What we have LearnedImportance of Involvement ofresidents, especially childrenImportance of Involvement of local governmentFrom Ota city casePeople keep living in the Pal town under the protection of privacy
  • 20. 2. A pioneering Microgrid Demonstration Project20The campus of Tohoku Fukushi University in Sendai CitySendai MicrogridExperimental Study of Multi Power Quality Supply System (Sendai Microgrid)(FY2004-FY2008)
  • 21. 212. A pioneering Microgrid Demonstration ProjectSendai CityKyotoTokyoPower Converters /BatteriesPV PanelsGas GeneratorsFuel CellsSystem Configuration (1)
  • 22. 2. A pioneering Microgrid Demonstration Project22App. 0.5 km (0.3 mile)High SchoolWater Plant FacilityConnecting Pointwith Utility GridCable RoutesBuildingsNUniversityZoneCity-ownedZoneEnergy CenterHospitalResearch CenterNursing Care FacilitiesDormitoriesLaboratoryDormitoriesC-Class* B1/B3/Normal ClassA-ClassNormal ClassNormal classA-ClassB2-Class*B2-Class*Note) B2-Class supply was stopped after the demonstration project.C-Class supply was added, when the hospital was newly built.Supply AreaDC Power
  • 23. 2. A pioneering Microgrid Demonstration ProjectUse of groundwaterThermal energy goes to the each facilityModified SystemPV ArraySoundproof wallmodifiedmodified
  • 24. CClass(AC)B1Class(AC)AClass(AC)DCPower200kVA350 kW350 kW200 kW400 VdcB3Class(AC)LoadNormalQualityGasG GasG PV200 VdcSWgear* Dynamic Voltage RestorerLoadLoad700 kW 130 kW HospitalDVR*#2Point of CommonCoupling50 kWPAFCIPS IntegratedPower SupplyLoad Load Load18 kW 180 kW 20 kW6.6 kVac Bus242. A pioneering Microgrid Demonstration ProjectSupply various classes of power quality within a microgridSystem Configuration (2)Higher quality
  • 25. 25Table: Relationship between the power and the load (user)2. A pioneering Microgrid Demonstration Projectclass power Load (user)A 180 kW Research Center (MRIs), Laboratory (servers)B1 18 kW Nursing Care Facilities (lighting, PCs)C 170 kW Newly-built Hospital(Emergency Power)B2* 420kW High school, water plant facilityB3 130 kW Nursing Care Facilities (lighting, clinic equipment)DC 20 kW Energy Center (servers, lighting, fans)Normal N/A Nursing Care Facilities, Training Center, DormitoriesMulti Power QualityNote) B2-Class supply was stopped after the demonstration project.C-Class supply was added, when the hospital was newly built.
  • 26. RequirementsPower Quality Class CategoryDC PowerAC PowerA B1 B3 CInterruption NI NI < 15 ms < 15 ms < 15 msVoltage Dip Y Y Y Y -Outage Y Y Y* - Y*Voltage Fluctuations Y Y - - -Voltage Harmonics Y Y - - -Voltage Unbalance N/A Y - - -Frequency Variation N/A Y - - -2. A pioneering Microgrid Demonstration Project26Key: NI = No Interruption; Y = With compensation; - = Without compensationRequirements for Power Quality Classes
  • 27. March 11, 20122. A pioneering Microgrid Demonstration ProjectThe Great East Japan EarthquakeSendai City
  • 28. 2. A pioneering Microgrid Demonstration Project28Volume of powersupply interruptionApprox. 7,900,000kW(Approx. 60% of loads suffered from the power outage.)Maximum number ofhouseholds losingpowerApprox. 4,660,000 householdsBlackout area All areas of Aomori, Iwate and Akita prefectures Almost all areas of Miyagi and Yamagata prefectures Parts of Fukushima prefecturesPower restoration* Approx. 80%* of the power restored within 3 days afterthe occurrence of the outage Approx. 94%* of the power restored within 8 days afterthe occurrence of the outage At 11:03 on June 18, power was fully restored.* In all areas where recovery work on physical infrastructure was possible.Source: Central Disaster Management CouncilBlackout in Tohoku Area after the earthquakeGrid Interruption
  • 29. Datein 2011March 11 March 12 March 13 March 14Utility GridGas EngineDC SupplyA QualityB1 QualityB3 QualityC QualityPVGrid ConnectionGrid ConnectionGrid ConnectionGrid Connection▼14:47 Voltage collapse Grid OutageOutage▼8:16 Grid RecoverStop Islanding operationSupply from Gas EngineSupply from Gas EngineSupply from Gas EngineOutageOutageOutage▼Disconnect ▼Around 12:00▼Around 14:00 Dispatch Start (because of customer’s wish)▼02:05 Stopped manuallySupply from Battery Supply from Gas EngineBatteryBatteryGrid ConnectionGrid ConnectionGrid ConnectionGrid Connection2. A pioneering Microgrid Demonstration ProjectSupply from Gas EngineOutage29Grid ConnectionGrid ConnectionGrid ConnectionGrid ConnectionGrid ConnectionGrid ConnectionOperation when/after the earthquake
  • 30. 30Agenda What is NEDO? What is Smart Community? Japan’s Experience in Smart Gridand Smart Community Concrete Examples What we have learned
  • 31. 31What we have Learned Importance of microgrids in times of disasterImportance of a diversity of power sourcesImportance of backup equipmentImportance of comprehensive operations andtrainingFrom Sendai city case

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