NEDO s efforts on International Activities

Transcription

1 NEDO s efforts on International Activities Dec 1 st, 2011 Masa Ishimura IEA PVPS ExCo Alternate New Energy and Industrial Technology Development Organization (NEDO), Japan

2 Contents: 1. Outline of NEDO 2. International Activities 2.1 Demonstration projects 2.2 Renewable Energy Capacity Building Project 2.3 IEA International collaboration program 2

3 NEDO s Mission and Approach Mission As Japan s largest funding agency promoting research and development as well as the diffusion of energy, environmental, and industrial technologies, NEDO has a crucial mission to carry out. Addressing energy and global environmental challenges Enhancement of industrial competitiveness Approach Based on the goals of outcome oriented and user friendly operation, NEDO, a professional research and development management organization, employs a Plan-Do- See (PDS) approach. Promotion of R&D through Selecting and Focusing Flexible and agile project management through rigorous evaluations 3

4 NEDO s Role in R&D Ministry of Economy, Trade and Industry (METI) Budget: JPY billion yen as of FY2011 Number of personnel: Approx.1,000 Coordination with policy making authorities Promotion of R&D projects Autonomous and advanced R&D project management R&D activities with flexible and agile project management Combined efforts of industry, government, and academia Industry Universities Public research institutes 4

5 Organization of NEDO (as of July 1, 2011) General Affairs and Policy Planning Department Assets Management Department Personnel Affairs Department Accounting Department Chairman President Executive Directors Head Office Auditors Auditor Support Office Inspection and Operational Management Department Information and Systems Department Evaluation Department Energy and Environment Center Energy Conservation Technology Department International Affairs Department Smart Community Department New Energy Technology Department Environment Department Kyoto Mechanisms Promotion Department Industrial Technology Center Technological Development Promotion Department Electronics, Materials Technology and Nanotechnology Department Biotechnology and Medical Technology Department Machinery Systems Department Overseas Offices Branch Offices Washington, Silicon Valley, Europe, Beijing, Bangkok-Jakarta, New Delhi Hokkaido, Kansai, Kyushu 5

6 Contents: 1. Outline of NEDO 2. International Activities 2.1 Demonstration projects 2.2 Renewable Energy Capacity Building Project 2.3 IEA International collaboration program 6

7 Framework of Demonstration Project Demonstration Projects Fundamental Research Projects Feasibility Studies (F/S) Demonstration Projects Follow-up Activities for Dissemination Technology Dissemination Japan NEDO Memorandum of Understanding (MOU) Host Country Ministry in Charge Entrustment Entrusted Company Implementation Document (ID) Instructions Implementation Site Firm 7

8 International Projects As of Oct, 2011 <Spain> 1 CDTI(Smart Grids, EV) <England> 1 DECC (Smart Grids) Europe Middle East, North Africa <Tunisia> 1 Min. of Industry & Technology(Solar energy) <Turkey> 1 Min. of Energy & Natural Resources(ZEB, mini hydro etc) < Morocco > <Saudi Arabia > 1 Min. of Energy, Mines, 1 Ministry of Water & Commerce and Environment Industry(Water) (Solar energy) <UAE> 1 Ras al-khaimah (Water) 2 MASDAR(Solar cooling) <Worldwide> 1 IRENA(Enforcement of Asian 8 function, Cooperation projects) <EC> 1 DGR(PV) <France> 1 ADEME(Smart Grids, ZEB) 2 OSEO(Green Chemistry etc) <Germany> 1 BMU, BMWi(Smart Grids, EV) 2 BMBF(Battery) 3 NOW(Fuel Cells) <Swiss> 1 OPET(Industrial technologies) India Southeast Asia China <Australia> 1 QLD state (Water) <India> 1 DMIC(Solar power, Smart Grids) <China> 1 Gongqing Cheng <NDRC, National Energy Administration, Jiangxi>(Smart Grids) 2 Beijing< National Energy Administration, The Chinese Academy of Sciences >(Smart Grids) 3 Shanghai< The Chinese Academy of Sciences >(ZEB) 4 Beijing<NDRC>(ITS) Australia <USA> 1 NM(Smart Grid) 2 Hawaii Okinawa(ZEB, Smart Grids) 3 NY (ZEB etc) 4 National Laboratory(Energy Conservation Buildings, Battery, Fuel Cells etc) <Worldwide> 1 World Bank(Cooperation projects) <Myanmar> 1 Min. of Agriculture and Irrigation (rice husk) <Cambodia> 1 Min. of Industry, Mines, & Energy(Agriculture recourses) United States <Thailand> 1 Min. of Industry(Pinch Technology, Eco-town) <Vietnam> 1 MONRE(Waste) 2 MOIT(Smart Industrial Park) <Malaysia> 1 Min. of Energy, Green Technology, & Water(Smart Grids) <Singapore> 1 NRF,EDB(ZEB, Smart Grids, Water, Cooperation in Third Countries) <Indonesia> 1 Min. of Energy & Mineral Resources(Smart Industrial Park)

9 Japan Tunisia Joint CSP Project Japan s first national project for overseas concentrating solar power generation It is positioned as part of the Tunisia Solar Plan promoted by the Tunisian government Conceptual image of integrated solar combined cycle ISCC CSP (solar tower type): 5 MW (NEDO portion) Gas combined cycle thermal power plant: 39 MW (Tunisia potion) 9

10 Collaboration: Solar Cooling System (UAE) Absorption Chiller : Absorption cooling equipment produces cooling by using heat energy as an input. Solar cooling technology : Energy from solar thermal collector is utilized for Absorption Chiller. Combined system : Solar cooling system combines energy from solar collector and absorption chiller. Key features : High energy conversion (thermal), low operation cost (free solar energy), conservation oil, CO2 free SOLAR THERMAL COLLECTOR 3* NG BACK UP BOILER SEPARATOR STEAM LINE COOLING WATER ABSORPTION REFRIGERATOR RECHARGE PUMP HOT WATER POOL DRAIN PUMP Solar Cooling System Concept CHILLED WATER 10

11 Collaborations: India Advanced Microgrid System Cooperating with a High Performance Solar Power Plant in an Industrial Park 11

12 Collaboration with New Mexico, USA Signing Ceremony of Microgrid demonstration research in New Mexico by Japan(METI/NEDO) and the State of New Mexico, LANL, SNL, etc. NEDO Microgrid at Los Alamos NEDO Microgrid at Albuquerque 12

13 Streamlining Energy Use in the Lyon Confluence Battery charging system to reduce environment load of EVs Technologies installed in buildings to minimize CO2 emission Micro cogeneration PV BEMS Monitoring PV Fuel cells PV Generation Data Control Heat pump Charging Control Network to assess energy use Charger EV Charger EV EVs Suggestion for Energy Usage Battery charger (rapidly or normally) Energy Consumption Data Consultation Smart meter 13

14 Image of collaboration between Smart City Malaga and Japan-Spain Smart Community Project 14

15 Electric Vehicle Application: EV related demonstration in NEDO project Project Contents Charger Management system Lyon, France Malaga, Spain Synchronous charging by renewable energy Congestion management for distribution system Mainly low speed charger Mainly Rapid charger Energy balancing (for competitive energy service providers) Power flow monitoring (for regulated utility) and car navigation Maui, USA Frequency stabilization Mainly low speed charger Gòngqīngchéng, CHINA Low emission public transportation Not fixed Switching control by looking frequency on the grid Customer service and energy management

16 Contents: 1. Outline of NEDO 2. International Activities 2.1 Demonstration projects 2.2 Renewable Energy Capacity Building Project 2.3 IEA International collaboration program 16

17 Capacity Building Project Program ( ) Objectives - Train trainers who are able to teach relevant technology and policies in their home countries - Develop a series of reference materials that can be used in further training activities in each country Trainee requirements - Government officials and university professors who have influence on policy making processes related to renewable energy in their home countries Schedule - Two-year program consisting of six sessions in Thailand and Japan, and one open session in home countries of trainees 17

18 The School of Renewable Energy Technology (SERT), Naresuan University, Thailand More than 10 years of technical cooperation with NEDO Easy access from Asian countries Various kinds of renewable energy facilities on hand Naresuan University, Thailand 18

19 Training Program Overview Trainees Training Training Menu - Technological knowledge (PV, CSP, wind power, hydro power, biomass, battery) - Hybrid energy system - Site visits (mega solar, hydro) - Policy options for dissemination (FIT,RPS,CDM) - International standards - NEDO s demonstration projects survey - Hybrid system model designing - Country reports editing - Editing of textbooks in local languages After the training course Trainers Country Reports Textbooks in local languages Further training activities conducted by trainers in each country 19

20 Editing Country Reports Trainees edit country reports which include social and economic situation, energy trends, energy policies, and future perspective Country reports will be utilized for further training activities in each country Nepal Country Report Myanmar Country Report 20

21 Editing Textbooks Trainees edit textbooks written in each local language during the training program Textbooks will be utilized for further training activities in each country Laotian textbook 21

22 Designing Hybrid System Models Trainees design hybrid system models that includes renewable energy by using a Design support tools, which enable to asses technical aspects, optimizing energy mix, and estimate economics of the models 22

23 List of Trainees ( ) 30 trainees were nominated by governments of six Asian Countries, in which NEDO had implemented PV demonstration projects Country Malaysia Mongolia Myanmar Nepal Profession Public Works Department Malaysia Energy Commission (Suruhanjaya Tenaga) Universiti Technologi Mara (UiTM) Ministry of Minerals and Energy (EPDC) National Renewable Energy Center Ministry of National Planning and Economic Development (MNPED) Ministry of Electric Power Ministry of Science and Technology Ministry of Environment, Science and Technology Alternative Energy Promotion Centre (AEPC) Tribhuvan University, Nepal Number of Participants Philippines Department of Energy 5 Vietnam Vietnam Electricity (EVN) 2 Ministry of Industry and Trade 2 Electric Power University 1 23

24 Contents: 1. Outline of NEDO 2. International Activities 2.1 Demonstration projects 2.2 Capacity Building 2.3 IEA International collaboration program 24

25 What is IEA International collaboration program? IEA Governing Board Committee on Energy Research and Technology (CERT) Working Party Fossil Fuel Energy End Use Renewable Energy (REWP) Fusion Power Hydro power Photovoltaic Power Systems Solar Heating And Cooling Geothermal Wind Bioenergy Solar PACES Hydrogen Implementing Agreement

26 The IEA PVPS Mission To enhance the international collaboration efforts through which photovoltaic solar energy becomes a significant renewable energy option in the near future

27 The PVPS Objectives To stimulate activities that will facilitate a cost reduction of PV power systems applications; To increase the awareness of PV s potential and value and thereby provide advice to decision makers from government, utilities and international organisations To foster the removal of technical and non-technical barriers of PV power systems for the emerging applications in OECD countries; To enhance co-operation with non-oecd countries and address both technical and non-technical issues of PV applications in those countries.

28 The PVPS Members Australia Austria Canada China Demark Germany France Israel Italy Japan Korea Malaysia Mexico The Netherlands Norway Turkey Portugal Spain Switzerland Sweden USA UK EC

29 IEA PVPS Tasks Task 1 - Exchange and dissemination of information on PV power systems Task 2 - Operational performance, maintenance and sizing of PV power systems and subsystems (concluded 2008) Task 3 - Use of PV power systems in stand-alone and island applications (concluded 2004) Task 5 - Grid interconnection of building integrated and other dispersed PV systems (concluded 2001) Task 6 - Design and operation of modular PV plants for large scale power generation (concluded 1997) Task 7 - PV power systems in the built environment (concluded 2001) Task 8 - Very large scale PV power generation systems Task 9 - Deployment of PV technologies: co-operation with developing countries Task 10 - Urban Scale PV Applications (concluded 2009) Task 11 - PV hybrid systems within mini-grids Task 12 - PV environmental, health & safety activities Task 13 - PV performance, quality and reliability (new 2010) Task 14 - High-penetration of PV systems in electricity grids (new 2010)

30 Thank you for your attention. Arigato Gozaimashita More information can be found on NEDO s Web site at