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Big Data innovation in Japan’s energy industry - EBA Fieldwork 2015

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Big Data innovation in Japan’s energy industry

Deputy Chairman of Smart House and Building Committee,
Japan Smart Community Alliance, Japan
Fellow, ECHONET Consortium
Keio University
Prof. Masaki Umejima

Published in: Data & Analytics
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Big Data innovation in Japan’s energy industry - EBA Fieldwork 2015

  1. 1. Big Data innovation in Japan’s energy industry 0 Deputy Chairman of Smart House and Building Committee, Japan Smart Community Alliance, Japan Fellow, ECHONET Consortium Keio University Masaki Umejima
  2. 2. To be an ice breaker  • What is big data innovation? – Google has gathered a lot of personal data by providing  with many free services, e.g. G mail and Google Doc – Why google can do that?  • Big data innovation has 6 components: 1. Sensing  2. Collecting  3. Analyzing 4. “Platform” to ease application service development 5. Application development 1 6.Modeling
  3. 3. Evidence Based Approach ASEAN EBA Leader with Resilience, Innovation and Sustainability 3
  4. 4. Smart House Micro Hydraulic Plant Quick Charging Station LRT Power PlantWind Power Smart Building Electric Bus Large Energy Storage Utilize Natural Wind Flow EV Community Energy Management System (CEMS) ITS Quick Charging Station Quick Charging Station Television Heat Pump Water Heater Air Conditioner Dryer/Washer Dish Washer Home Area Network Home Gateway Electric Car PV LED Light Smart Meter Smart HouseSmart House Discharge -4- New Information Network “Internet of Things” New Energy System “Smarter Grids” New Eco-Friendly City New Transportation System EV as a part of Energy Infrastructure EV as a part of Energy Infrastructure 80% charge in 30 minutes Charge V2H, V2G Redesigning the management of community systems and creating a new lifestyle GPS Charging Station ITS E-Bus EV Control Center ITS (Telematics) ITS (Telematics) Mega Solar Smart Community showcases in Japan 4
  5. 5. G to G collaboration to implement Community Cloud  • Bandung city,  Indonesia and JSCA,  the industry and  government liaison to  export Japanese   infrastructure to  overseas, have signed  LOI to drive research  and business  development 5 http://regional.kompas.com/read/2014/12/05/17184381/Sepakat.Jepang.Akan.Bantu.Bandung.Jadi.Smart.City.
  6. 6. Support and Cooperation Electric Utility Members Home Electronics Industry Gas Utility IT Company Heavy Electric Industry Developer Total 350 companies and associations Japan Smart Community Alliance [JSCA] g Board Meeting International Strategy International Standardization Roadmap Smart House and Building Committee 6 JSCA, government–industry liaison, has addressed DSM 6
  7. 7. What happened in Japan’s electric industry?  • Japan lost electric supply due to a big earthquake  in Mar 2011. That was 30% nation wide supply. – 30% power supply was generated by nuclear. After  Fukushima, it has become zero. 7 8.1 24.7 29.4 7.6 29.2 1.1 Water Coal LNG Gasoline Nuclear Returnable
  8. 8. What are Japan’s options? 1. Restart nuclear power plant 2. Increase coal and gasoline turbine 3. Increase returnable energy 4. Develop demand side management system 5. Open electric utility market to a new entry • Now, Japanese electric market is under regional monopoly.   In many countries, this market is state owned.   8
  9. 9. Business requirements of PPS demand supply balancing rules transmission network of electric power company Supply side x m Demand side x n Generated power Electricity Demand M M DB Power meter Consignment Supply Power plant for regulation M Time Demand Time Generated power JEPX (Japan Electric Power Exchange) Demand supply balancing rules Power meter Consignment Supply ・ Due to Japanʼs regulation, the volume between demand and supply must be balanced within ±3% every 30 minutes in each region of electric power companies. ・ optimal scheduling of power plant operation based on demand forecast. ・ real time control based on monitoring data of power plant and customers. Reference: Electricity Business environment
  10. 10. 10 JAPAN’S CURRENT ELECTRICITY MARKET STRUCTURE Source: The Federation of Electric Power Companies of Japan Source: Electric Power System Council of Japan MAP OF JAPAN’S ELECTRIC UTILITIES BY SERVICE AREA PEAK DEMAND IN EACH SERVICE TERRITORY AND INTER-UTILITY TRANSMISSION CAPACITY, FY2013 Hokkaido 5.4GW Tohoku 14.0GW Tokyo 50.9GW Chubu 26.2GW Hokuriku 5.3GW Kansai 28.2GW Shikoku 5.5GW Chugoku 11.1GW Kyushu 16.3GW 0.6GW FC 50Hz60Hz 0.6GW 2.2GW2.4GW 1GW 1GW 0.3GW0.3GW 1.3GW 1.6GW 2.5GW 1.6GW 3.8GW 2.7GW 1.2GW 1.4GW 1.2GW 1.4GW0.3GW2.7GW
  11. 11. 11 JAPAN 10 REGIONAL UTILITIES’ GENERATION MIX (TWh) 0 10 20 30 40 50 60 70 80 90 Jan2009 Jul2009 Jan2010 Jul2010 Jan2011 Jul2011 Jan2012 Jul2012 Jan2013 Jul2013 Jan2014 Jul2014 Thermal Nuclear Hydro Renewables March 2011 0 5 10 15 20 25 30 35 40 Jan2007 Jul2007 Jan2008 Jul2008 Jan2009 Jul2009 Jan2010 Jul2010 Jan2011 Jul2011 Jan2012 Jul2012 Jan2013 Jul2013 Jan2014 Jul2014 LNG Nuclear Coal Oil March 2011 Note: Excludes purchased electricity Source: Federation of Electric Power Companies of Japan, Bloomberg New Energy Finance JAPAN REGIONAL UTILITIES GENERATION MIX, TWh JAPAN POWER UTILITIES THERMAL AND NUCLEAR GENERATION BY FUEL, TWh
  12. 12. Electric Consumption Ratio (2:PM) 出所:資源エネルギー庁2011年5月13日、6月4日公開資料 HE Cooking Machine+ Electric Consumption in Japanese house 12 Air conditionerRefrigerator
  13. 13. Two methods enables saving energy: SSM and DSM  Supply Side Management VS Demand Side Management  Deliver efficiency on energy usage to Demand Side  Connect multiple and different devices by IP network  Integrate it as one system・・HEMS, BEMS, CEMS、e.t.c  Develop a new business model・・Aggregator, PPS, e.t.c. Utility Home Appliance Demand Side Power meter HEMS BEMS Supply Side
  14. 14. Demand for Energy Management System Demand  Control of Demand - Energy Conservation, Demand Response Simultaneous optimization on both demand and supply sides minimizing cost and maximizing social benefit. Switch from “Megawatts” to “Combining Negawatts with Megawatts” by introducing “Demand Response (DR)”. Conventional Planning Alternative Methods Reserve margin Reserve margin Saving from DR Supply Demand Supply Down Sizing Down Sizing 14
  15. 15. New business model: Aggregator who integrates smart houses Commercial-scale Utility Customers BEMS Vendor BEMS is in business so that every user has big demand Commercial-scale Utility Customers Small and Medium-sized Enterprises Low Voltage Consumers 〔Number of Meters〕 〔about 50,000〕 〔about 770,000〕 〔about 71,800,000〕 Contract Capacity 500kW 50kW Peak Demand About 180 GW About 1/3 About 1/3 About 1/3 ○ In the layers such as “Small and Medium-sized Enterprise” and “Low Voltage Consumer”, every demand and consumption is small ○ Thus, aggregation is important to make scalable till the appropriate size for commercialization 15 MEMS Aggregator Aggregator Constructor Deploy MEMS Energy Management Service Selling Purchase Payment Reform Utility
  16. 16. ECHONET CONSORTIUM 17 Layer 1-4 OSI Layer Layer 5-7 ECHONET Lite interface as open standard ECHONET Lite Communication Processing Block Application Lower Communication Block (IEEE802.15.4 etc.) Transmission Medium IP AddressMAC Address or • Specifies OSI Layer 5 - 7 • Communication Address is “MAC Address” or “IP Address”. ECHONET Lite • IP based, Media Free, and IEC Standard – ECHONET Lite is IP based interface and interoperable to any standardized medias. • Open Standard – ECHONET-Lite, owned by ECHONET Consortium, has become open interface since on Dec 21, 2011.
  17. 17. Utility Smart Meter PV Battery EV Electric appliances Users Fuel Cell ECHONET-Lite is recommended as the standard interface for connecting appliances and smart meter. Communication protocol between HEMS and devices should be based on IP. “ECHONET Lite” [IEC Standard] enables the internet of things ECHONET-Lite, IEC standard interface, has become open standard since Dec 2011. ECHNET Lite has provided 100 devices with network access, included home appliances, power meter, EV, and PV. 18
  18. 18. Yokohama City Toshiba, Panasonic, Nissan, Tokyo Electric, etc. CEMS, HEMS, BEMS, PV(27MW) 4,000 Smart Houses, 2,000 EVs Use of heat and unused energy Toyota City Toyota Motor, Sharp, Chubu Electric, etc. CEMS, Demand response 260 Smart House 3,100 EVs/PHEVs deployment. V2H, V2G Use of heat and unused energy as well as electricity Kitakyushu-City Fuji Electric, IBM, NTT, Nippon Steel, etc. CEMS, HEMS, BEMS and main grid system. Real-time management in 70 companies and 200 Smart Houses Kyoto Keihanna District Mitsubishi Group, Omron, Kansai Electric, etc. CEMS, Battery Management Smart House: Visualizing energy consumption and controlling home electronics energy usage. -19- Smart Community “Pilot Projects” in Japan 19
  19. 19. For your information • Download free Bloomberg white paper to know  ongoing Japanese electric market reform – http://about.bnef.com/white‐papers/japans‐approach‐ to‐demand‐side‐management/ • Contact me, masaki27@sfc.keio.ac.jp 20

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