1. 1 Global Innovations through Smart Grids Project Status N. Athula Kulatunga, Ph.D., CEM Department Head, Engineering Technology Department, Purdue University Northwest PI, Global Innovation Initiatives of the US State Department – Rapid Smart Grid Impact (US, UK, and Brazil) nkulatun@pnw.edu http://webs.purduecal.edu/crsgi

2. 2 Need Accomplishments New members Reaching out for funding the next step Outline

3. 3 k Steven Chu, US DOE: http://205.254.135.7/conference/2009/plenary.html 3 Brazil Electric Consumption = 2,286.26 Peru Electric Consumption = 1,159.07 (http://www.indexmundi.com/g/r.aspx?v=81000 )http://www.indexmundi.com/g/r.aspx?v=81000 Brazil HDI = 0.730 Peru HDI = 0.741 (http://en.wikipedia.org )http://en.wikipedia.org Global Challenge

4. 4 Grid Characterization for Smart Grid Solutions Rural Urban Industry Emerging Economies Industrialized Economies 4

5. 5 One of the ten Global Innovation Initiative funded by the US Department of State, Bureau of Educational and Cultural Affairs in 2014 US-UK-Brazil and more… – To establish a research framework to realize the smart grid benefits in every segment of participating countries regardless of their economic status. – To establish a research framework based on RDD&D (Research, Development, Demonstrate, and Deployment) approach to gain the maximum impact to the societies. Consortium for Rapid Smart Grid Impact (CRSGI)

6. 6 Vision of CRSGI Demographics Consumer behaviors Existing infrastructure Scalability Impact to the society Pilot project Process (Energy) audits Technology integration Feedback tool effectiveness Simulation tool effectiveness Technology assessment Survey instrument development Simulation tool development Power system research Feedback research design Consumer behavior research Case studies

7. 7 Electrical Engineering Economics Consumer Behaviors Environmental Sciences © CRSGI 2014 Objectives

8. 8 Accomplishments of Objectives

9. 9

10. 10 1. Reduce electric demand and consumption rural electric communities through research and education 2. Increase power quality the power grid of a rural electric community when distributed energy generation is introduced though engineering analysis 3. Introduce effective feedback methodologies to change consumer behaviors related to electrical energy consumption 4. Investigate all possible scenarios for rural communities to become energy independent 5. Establish continuing research activities where faculty, students, and industry personnel will participate in continuous improvement though exchange programs, applied research, and symposiums Focus Areas

11. 11 Reduce Demand Tutorial conducting and energy audits Energy management training material Consumer surveys Load profile identification and change methods Peak shaving techniques Pricing options Agent based modeling Community engagement Power Quality Wiring practices assessment Voltage sag and swell studies Volt/var control PowerFactory Simulations for PQ identification Renewable energy sizing Renewable energy integration options simulation Apply AMI for PQ Accomplishment of Focus Areas Color indicates the type: Method, Tool, or Practice Methods, Tools, and Practices

12. 12 Feedback Methods Consumer surveys Consumer behavior identification Appliance level load detection Effective feedback methods design Agent based modeling Color indicates the type: Method, Tool, or Practice Accomplishment of Focus Areas Methods, Tools, and Practices

13. 13 Energy Independency Microgrids possibilities Economic analysis for energy cooperatives Agent based modeling Community engagement Research & Engagement PowerFactory based simulation construction Hybrid Grid Emulator Volt/var control Renewable energy integration options simulation Commercial AMI operations Agent based modeling for power systems Gaming and social media for energy conservation Group student activities Color indicates the type: Method, Tool, or Practice Accomplishment of Focus Areas Methods, Tools, and Practices

14. 14 Timeline

15. 15 Prof. Celso at UNESP Head Quarters arranged a special meeting with the Scientific Director of FAESP (Sao Paulo Research Foundation) Dr. Carlos Henrique de Brito Cruz – Outcome: Prof. Dionizio will be submitting a proposal Prof. Sampaio arranged several meetings with Brazilian Federal Ministries. Profs Kulatunga and Sampaio traveled to Brasilia and held meeting with – The minister of National Unification – The secretary of the Ministry of Science and Technology – The secretary of CODEVASF – Outcome: The secretary of Science and Technology requested a proposal. Need t a proposal – The secretary of CODEVASF requested a proposal. Prof. Sampaio will be submitting one. Reaching Out Funding for Next Step

16. 16 Ministerial Level Talk

17. 17 Level Expectation of Organizational Type Cooperate (Select two or more)AcademicCommunity Global Impact Member 1. Cash giving $20,000 annually or (equipment donations are acceptable) *see note below 2. Support academic and community efforts at global level 3. Presentation at any of the consortium gatherings 1. Organize energy conservation projects in own country at international level 2. Collaborate with at least two universities from other countries 3. Organize at least one symposium or workshop annually 4. Initiate potential projects, partnering with electric utilities 1. Collaborate with a university to enhance the impact of electrical energy conservation projects 2. Enlist at least 100 household/businesses for the efforts 3. Monitor and provide continuous help to participants Country Impact Member 1. Cash giving $10,000 annually or (equipment donations are acceptable) 2. Support academic and community efforts at national level 3. Presentation at any of the consortium gatherings 1. Organize energy conservation projects in own country at national level 2. Collaborate with at least one university, college, school 3. Organize at least one symposium or workshop annually 4. Initiate at least two energy conservation projects, partnering with electric utilities 1. Collaborate with a university to enhance the impact of electrical energy conservation projects 2. Enlist at least 50 household/businesses for the efforts 3. Monitor and provide continuous help to participants City Impact Member 1. Cash giving $5,000 annually or (equipment donations are acceptable) 2. Support academic and community efforts at local level 3. Presentation at any of the consortium gatherings 1. Organize energy conservation projects in own community 2. Collaborate with at least one university, college, or school 3. Organize at least one training session or workshop annually 2. Initiate at least two energy conservation projects, partnering with electric utilities 1. Collaborate with a university to enhance the impact of electrical energy conservation projects 2. Enlist at least 20 household/businesses for the efforts 3. Monitor and provide continuous help to participants Membership Criteria

18. 18 Institutions – Costa Rica Costa Rica Institute of Technology, School of Electronic Engineering – Nigeria – Sri Lanka University of Peradeniya, Department of Electrical Engineering – Peru UTEC Companies – NIPSCO Welcome New Members

19. 19 Agenda – Please complete Country Smart Grid Opportunity evaluation sheet – Tomorrow workshop location – Wednesday we will be in CMEC Coffee breaks (for all) Lunch (invited attendees only) Wednesday dinner for invited guests only Please complete the symposium evaluation sheet House Keeping