3:30 SG Domain Expert Working Groups Joint Session Charter Overview

1. Jerry FitzPatrick, David Holmberg, Tom Nelson, Eric Simmon, Ken Wacks, Dave Hardin, and other DEWG Chairs Monday May 24, 2010

2. 3:30 SG Domain Expert Working Groups Joint Session Charter Overview • Introduction of work items for each DEWG: H2G, B2G, I2G, T&D, B&P, V2G • 3:40 Do we have the right DEWGs? • a discussion on how best to sub-divide the work to accomplish the mission • Are we missing any stakeholders, or missing needed collaboration? • What are the overlaps – where should DEWGs be coordinated? • 3:55 Discussion of conclusions • 4:05 A look at the PAPs and where they fit on the Conceptual Architecture • Have we covered the bases? • What PAPs should the DEWGs be monitoring • What what new PAP areas should the DEWGs be exploring? • 4:20 Discussion of conclusions • 4:30 Adjourn

4. DEWGs in context of SGIP

5. Officers: Chair • At the decision of the DEWG, a Vice Chair and Secretary may also be elected. • DEWG officers will be confirmed by NIST. DEWG Roles and Responsibilities: Perform analysis of standards interoperability • Identify gaps and overlaps • Evaluate PAP proposals and collaborate on PAPs where appropriate • Analyze smart grid interoperability requirements • Review other SGIP group work products to provide domain perspective • Respond to SGIP requests for domain analysis Provide the strategic DEWG domain perspective • identify strategic issues that need to be addressed • Provide input on ongoing development and direction of NIST Framework • Identify regulatory and policy issues

6. Work Process/Outputs: • Sub-groups may be created to address tasks • Outputs may be white papers, use cases, or any other format as deemed by the DEWG; posted on the DEWG collaboration site and IKB; presentations by experts in workshops & tutorials Deliverables: Individual or collective reviews of a proposed PAP plan. • At request of the GB, give an update on priority standards • Review, extend, modify use cases developed by other SGIP groups • At request of the PMO, review work from a committee • Focus on strategic issues relevant for smart grids and consult with the GWAC • Develop guidelines for sets of standards that together provide for communications interoperability to address a specific domain application.

9. Building interface to the grid • Architecture, information requirements, standards interoperability issues at the B2G interface • Interests and concerns of the commercial building domain stakeholders

10. Initial analysis of interoperability needs at the grid to facility interface, and prioritization which served as input to original PAPs. • Defining the architecture of the interface connections from grid to facility domain • Analysis of standard technical approach for energy management solution for small commercial market in Japan. • Discussions on interesting topics like transactive energy and Dutch applications of that.

11. Review and discussion of the EIS Alliance use cases and requirements as input to PAP10 • DEWG charter development • Analysis of standards landscape and direction of PAPs 3, 4, 9 • Review of the CSWG NISTIR 7629 • This week looking at requirements of the commercial building domain (vs. residential) to put together a “Commercial Buildings Primer”

12. Minutes and some topic pages on the Twiki • Most outputs are indirect—via review and comment on documents. • B2G Interoperability Assessment and Roadmapping document. • Papers at Grid Interop based in part on group discussions.

14. Industrial interfaces to the grid • Architecture, information requirements, standards interoperability issues at the I2G interfaces • Represent the interests and concerns of industrial stakeholders

15. 25% of the Grid consumption • Industrial Facilities – Large and Small • Manufacturing Plants • Continuous - Refining • Batch - Chemical • Discrete – Assembly • Central Power Plants

16. Have captive on-site generation including backup generation Are large consumers of power Are highly integrated and automated Have on-site technical and supports staffs Are often located far from population centers Own significant real-estate

17. Capital intensive • higher level of utilization to get a sustainable return on investment • Somewhat inflexible with respect to time • customer commitments and interdependency in process steps • Products may be perishable • Energy is a significant component of the cost of production. • Consumers and Producers

18. Developing an “Industrial Interface Recommendations” White Paper • Why Industrial Interfaces are Different from Home Interfaces • Clarify the domain needs and requirements of industrial users

20. Scope: Utility transmission and distribution operations as well as interactions with other producer/users on the grid. • Goals: • To create unprecedented robustness and resilience to grid instabilities and disturbances for improved reliability. • To improve power quality to meet customer needs and enable ready access for distributed generators to the grid • Biweekly teleconferences: Wednesdays at 4:00 PM Eastern • http://collaborate.nist.gov/twiki-sggrid/bin/view/SmartGrid/SGIPCalendar • NIST SG Twiki: http://collaborate.nist.gov/twiki- sggrid/bin/view/SmartGrid/TnD

21. White Papers: • Wide Area Monitoring, Automation, Communications and Control (WAMACC) for the Bulk Transmission System • Smart Grid for Distribution Systems: The Benefits and Challenges of Distribution Automation (DA) • Smart Grid Focused Use Cases for Distribution Grid Management Presentations: • EPRI Use Case Export/Import Tools and UML Models • Goal-Driven Use Cases

25. Do we have the right DEWGs? - a discussion on how best to sub-divide the work to accomplish the mission • Are we missing any stakeholders, or missing needed collaboration? • What are the overlaps?

27. Smart Grid Action Plans

28. 3 3 3 5 2 2 5 2 3 1 1 5 1 3 3 4 • Use of IP • Wireless Guidelines • Pricing Model • Scheduling • Meter Profiles & Upgrade Std Smart Grid Action Plans

29. 7 9 7 9 8 9 7 8 7 • ANSI C12 to Common Info Model (CIM) • Storage Interconnect • CIM Distribution Models and Harmonization • Standard DR Signals • Energy Usage to Customer 10 6 10 Smart Grid Action Plans

30. 14 11 11 14 11 11 12 12 14 11 13 • Models for Electric Transportation • IEC 61850 to DNP3 • Time Synch • Integrate Transmission & Distribution Models and Relay Settings Smart Grid Action Plans

31. PAPs and the Conceptual Architecture • Have we covered the bases? • What PAPs should the DEWGs be monitoring • What new PAP areas should the DEWGs be exploring?