1. SMART GRID The Next Generation Electric Grid Kunkerati Lublertlop 11/30/2011 Electrical Engineering Department Southern Taiwan University

2. Outlines Overview (what is smart grid) Smart City (Test bed) Cloud Computing Smart Grid Data Cloud Conclusion and Referrence

3. Overview

4. is an intelligent integrated electricity network which is based on digital technology. The Smart Grid supplies electricity from service providers to users by using two-way communication system in order to control appliances at users ’ houses. This helps ensure efficient electricity power management

5. Overview (cont)

6. Jeju Island Population 0.5 million (Korea 60 Million) Most beautiful Province in Korea

7. Jeju Island

8. 2009 = Jeju island demo 2013 = smart city deployment 2020 = Metropolitan Area Deployment 2030 = Nationwide Deployment

9. Malta Consisting of 2 islands situated in the centre of Mediterranean

10. Malta Analogue meters were replaced by Smart meters Internet connection tools were installed to monitor real-time power This project is expected to complete in 2010

11. Chicago

12. Chicago has been improving its current buildings by adding power generation facilities, and regularly adopting new energy saving innovations the Smart Grid infrastructure is now being developed for volunteer buildings. This project ranges from power manufacturing at the beginning of the process, connection between service provider and users, through to power supply which can be monitored by users

13. Cloud Computing is a technology that uses the internet and central remote servers to maintain data and applications. Cloud computing allows consumers and businesses to use applications without installation and access their personal files at any computer with internet access. This technology allows for much more inefficient computing by centralizing storage, memory, processing and bandwidth

14. Cloud Computing

15. Smart Grid Data Cloud A model for smart gird data management based on specific characteristic of cloud computing The applications of the cloud computing model meets the requirements of data and computing intensive smart grid applications These requirements by analyzing the set of well-known smart grid use case

16. Smart Grid Data Cloud Market liberalization and network operator regulation Smart Generation and Wholesale Markets Smart Transmission and Distribution Smart Retail and Consumption

17. Smart Grid Data Cloud THE DATA CLOUD MODEL FOR THE SMART GRID A major challenge is that ICT and data management costs prevent initiatives from becoming widely adopted after pilot project Sensors and actuators make devices along transmission and distribution communicative and controllable

18. Smart Grid Data Cloud THE DATA CLOUD MODEL FOR THE SMART GRID Capital and operational costs of data management for energy market actors to make informed decisions about how to control these resources reach prohibitive levels if each actor must replicate infrastructures for managing data from the same sources

19. Smart Grid Data Cloud

20. Shows data and information flow separated from the control flow. The rationale behind this separation is that actuators will be triggered by the legitimate parties on events. Whilst sensors and other data sources external to the power system, such as weather sensors and electronic markets, will generate a continuous flow of data which is subject to the on demand information retrieval needs of each party

21. Conclusion The scope is to demonstrate a platform for collaboration and information exchange between end users, retailers, virtual power plant operators of highly distributed generation as well as the network operators

22. Reference [1] M. Shargal and D. Houseman, “ The Big Picture of Your Coming Smart Grid, ” Article, Mar. 2009. Available online: http://www.smartgridnews.com/artman/publish/commentary/The_Big_P icture_of_Your_Coming_Smart_Grid-529.html [2] EPRI Smart Grid Use Case Repository. Available online: http://www.smartgrid.epri.com/Repository/Repository.aspx [3] NIST Smart Grid Use Cases. Available online: http://collaborate.nist.gov/twiki-sggrid/bin/view/SmartGrid/TnD [4] European Technology Platform SmartGrids,.Strategic Research Agenda for Europe ’ s Electricity Networks of the Future, ” European Communities, 2007. Available online: http://www.smartgrids.eu/documents/sra/sra_finalversion.pdf [5] NETL Department of Energy,.What is Smart Grid? “ (2009). Available online: http://www.netl.doe.gov/smartgrid/referenceshelf/factsheets/OE_DER008_ APPROVED_2009_04_15.pdf