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Transcription

1 A BCBD EFFCAB AE BF F E BC E FC EFC EB E A F A

2 A BCBD FEFFCAB A BCD A E AF E E E EFEB E AE BF F E E E AF F E A CE EFEB E C B C DCBC E C BCD A A EFEB E BC EB F A C C BCD A ACE E F E A CE CE AC E CB A CE EFEB E E A B CBBEFA

3 A BCD A E AF E D A B A A C C B F FC F A E E C A E EBE D A E BE D A CE C A F E CE

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5 E E C A E EC E A E A F ED EE C FC F C E E B A E A E C 9 A E C

6 CF A A E A A F CA E E A BC CABF A E BDCBEE CBD A E CEB E AB A F E C CBEF E A DBE C F E ABC F CD A DE E C F A E F F E F A E E E ABC F CDB DE A EFFCBD A E BDCBEE CBD E

7

8 Old School Power New School Power All exciting problems solved Lots of new challenges Challenges along boundaries between areas

9 Engineering Workforce Employees Exiting 46% of electric utility engineering jobs could be vacated by 2012 * *Source: Gaps in the Energy Workforce Pipeline: A 2007 Workforce Survey Report From the Center for Energy Workforce Development Center 9

10 Power and Energy Pipeline A A E EFE E E A EB

11 Cyber-Physical Systems EFE E E A EB

12 A CAB A A E BDCBEE CBD Yesterday s Power Grid Tomorrow s Power Grid Smarter Grid A E A E F AB A F Today s Power Grid

13 E A E FA CAB

14 F EFA E Sister Societies working together

15 CFFCAB E EB ABCD EF BA F B C B B CA CDBC FBCD BC F B C C FB E F CA C FD F F C B CA EF FF A EF B C A E C F F F F

16 E A E E CAB E CBF EE A E E F A B FEE E CBD E A F A

17 E E F C CF A CBD A E E F E F EB B EF M e m b e rs PES Membership - End of Year Year

18 CF A trusted resource dedicated to the technical, informational, networking and professional development needs of our members, which are over 28,000 in number and active worldwide.

19 C EF CA E E EB AD AB E EB EF A A E A A C E A F C F AD EE F E FC E

20 Workforce Collaborative Workforce Collaborative Report Published April, 2009 Recommended doubling the number of power engineering graduates and providing scholarships Influential in $100M U.S. DOE stimulus education allocation Starting efforts in North America and then broadening to other regions as volunteers and initiatives are identified. 20

21 A F C F BC C C E B CBD A C E FEE B CBD EE CBD CB C B A C AB CABF A E E F E CBD A F C B CB E B EE E E CEB EF A C C EB A E BEB EFC EB F C ABE E A A E E B E D E F EB CBD E C E F AA Apply online: Apply by June 30, 2011 Awardees notified in September, 2011

22 C C EF EE E CEB EF EEF C E FCDBC C B EE E E CEB E E A E D CAB C C E EE F EE F A D EE FC E A F EB F A FE A ABE E E EC D CAB C EAF A A C EE A A CAB A C F CB F E EB F

23 C CB E BC E EF B A F

24 A A FA CD E EB F E E BDE B B E EB A E F A A A E E EA E EE C E F B E E E D F F E A F EBE D DA

25 F E CBBCA E CA E E D EC CF B E A E E ABC F B E E E CBD ABC A CBD B AB A B E A E C C CEF B E A E CAB

26 Smart Grid According to Energy Independence and Security Act of 2007 It is the policy of the United States to support the modernization of the Nation s electricity transmission and distribution system to maintain a reliable and secure electricity infrastructure that can meet future demand growth and to achieve each of the following, which together characterize a Smart Grid: (1) Increased use of digital information and controls technology to improve reliability, security, and efficiency of the electric grid. (2) Dynamic optimization of grid operations and resources, with full cyber-security. (3) Deployment and integration of distributed resources and generation, including renewable resources. (4) Development and incorporation of demand response, demand-side resources, and energy-efficiency resources. (5) Deployment of smart technologies (real-time, automated, interactive technologies that optimize the physical operation of appliances and consumer devices) for metering, communications concerning grid operations and status, and distribution automation. (6) Integration of smart appliances and consumer devices. (7) Deployment and integration of advanced electricity storage and peak-shaving technologies, including plug-in electric and hybrid electric vehicles, and thermal-storage air conditioning. (8) Provision to consumers of timely information and control options. (9) Development of standards for communication and interoperability of appliances and equipment connected to the electric grid, including the infrastructure serving the grid. (10) Identification and lowering of unreasonable or unnecessary barriers to adoption of smart grid technologies, practices, and services. nr.txt.pdf 26

27 AB CCD E F B B AB A F B A D E C BC C C E F A E C B CBD F CBD CB A AFC CAB F EFFEB C A E C A BC E ABF E E F EE B E E C EBEFF A A E E A E E DEF AFF A D BC CAB F E A E F A E E ADBC E F E A E A C A EFFCAB F

28 ABC DE F A gateway to IEEE Smart Grid information now receiving ~20,000 visits per month 214,097 visits since Jan from over 180 countries A few of the features: Top articles and auto-import of IEEE IP Content from IEEE Xplore Smart Grid News and event calendar Monthly newsletter Smart Grid Videos Connections to social media groups Drives referrals to IEEE locations. 26,247 to IEEE Xplore since Sept ,444 Standards Assoc. since March, 2011 E AB A D

29 29 AB D E IEEE Smart Grid newsletter launched January 2011 Released 24 articles by leading Smart Grid experts in six issues Content is original Publicity campaign conducted monthly to promote each issue Results: 111% growth in subscribers since the launch Significant link to Web Portal visits: traffic has increased more than 60% since launch

30 30 D A BA Regularly Tweet about IEEE Smart Grid developments including Newsletter articles, press releases, new Web Portal content, and real-time observations on sessions and keynotes from IEEE conferences. Site was established in mid-january now have more than 400 Launched IEEE Smart Grid YouTube Channel with video interviews from the Smart Grid World Forum in Brussels; will continually update with other multimedia assets from IEEE Societies and other IEEE conferences The IEEE Smart Grid LinkedIn Group provides a vehicle for discussion of Smart Grid issues and is used for promotion. Currently have 4,800 members. One of the largest Linked-in groups and is growing daily. ostpopular=&gid=

31 AB A E D E A A DB E E A C AB D BAD E AC A BAD 31

32 32 EFF CE E E Representatives from 16 Societies, MGA, IEEE USA and the BoD have coordinating calls every other week Presentations have been made on IEEE Smart Grid marketing and communications tools to IEEE Society marketing leads Cross-collaboration furthers brand awareness for IEEE Smart Grid through articles, announcements in Society magazines and cosponsored events

33 33 D C E FD E D E Conference activity with Smart Grid content continues to increase with more Conferences and events Global presence Cross-collaboration, promotion and coordination Planned Conferences in (preliminary) Electric Vehicle and Personal Transportation Workshop included: Market and policy issues Charging infrastructure Customer acceptance Managing PEV loads Technology challenges ands opportunities Smart Grid World Forum Beijing, China Smart Measurements for Future Grids Bologna, Italy 2012 IEEE International Electric Vehicle Conf. Greenville, S. Carolina ISGT Latin America Medellin, Colombia ISGT Australia Perth, Australia ISGT India Korala, India ISGT Europe Manchester, England ISGT Middle East Jeddah, Saudi Arabia ISGT North America 2012, Washington DC ISGT China, Tianjin, China ISGT Europe Berlin, Germany

34 34 A AB D DB Successfully mapped over 100 Smart Grid-related Standards existing and proposed - to the Conceptual Framework on a domain basis Enables users to search for IEEE Standards by one of the seven domains making it easier to find the specific information

35 35 A E A EB CB E A E E BE FE E F A E B FA E CBD BE EE FA E BE EA E B E B A E A E B DE A EFA EF A E E FE E EA E E A A E B E E A E E A E E BA C B E B F CEEE A D