STATUS OF FRAMEWORK FOR SMART GRID INTEROPERABILITY STANDARDS

Transcription

1 STATUS OF FRAMEWORK FOR SMART GRID INTEROPERABILITY STANDARDS THE 2 ND KSGW NATIONAL STANDARDS COORDINATOR

2 Contents Ⅰ Why Standard? Ⅱ Ⅲ Ⅱ Ⅳ Standardization Activities Master Plan Standardization Forum Coordinator System Status of Framework 4 Level Architecture Domains Reference Model Gap Analysis & PAP Future Plan

3 Why Standard?

4 International Adaptor

5 System of Systems - Definition System of Systems System of systems is a collection of task-oriented or dedicated systems that pool their resources and capabilities together to obtain a new, more complex, 'meta-system' which offers more functionality and performance than simply the sum of the constituent systems

6 System of Systems - Definition System of Systems System of systems is a collection of task-oriented or dedicated systems that pool their resources and capabilities together to obtain a new, more complex, 'meta-system' which offers more functionality and performance than simply the sum of the constituent systems

7 System of Systems - Example Example of the System of Systems Smart Transportation = Power System + EV System + ICT System Mobile battery of the smart / home grid Mobile Electronics Add-on-board Pad + Mobile private room/sickroom New Service Platform: Tourism, City commuter, Medical and Information service, agriculture, etc. NEV Location-free Energy Mobile network hub Mobile (security) sensor Mobile robot Mobile consumer electronics Interoperability is critical to the success of SoS!

8 Standardization Activities

9 Master Plan Building Collaboration System Make the best use of JEJU demonstration site Adopting Coordinator System 1. Development of the national interoperability standard framework 2. Establishment of the framework operation and management system 3. Development of the key standards of major sectors 4. Participation of international standardization activities 5. Establishment of conformity assessment & certification system

10 Master Plan Building Collaboration System Make the best use of JEJU Test Bed Adopting Coordinator System 1. Development of the national interoperability standard framework 2. Establishment of the framework operation and management system 3. Development of the key standards of major sectors 4. Participation of international standardization activities 5. Establishment of conformity assessment & certification system

11 Standardization Forum Total : 170 members - Academia : 15(9%), - Industry : 107(63%) - Institute : 36(21%), - Other : 12(7%) Steering Committee Secretariat (Korea Smart Grid Association) Framework Standing WG Test & Certification Domain Committee Generation Transmission Distribution ICT Cyber Security DER Transportation Customer EMC Safety Market Operation Service Provider

12 Coordinator System

13 Coordination Team Structure Coordinator Interoperability SG PMO Domestic Team International Team EMC/Safety ICT/Cyber Security Test & Certification USA EU Asia

14 Status of Framework

15 Framework Contents Vision (Objectives and Principles) Domain Reference Model Survey Existing Standards Gap Analysis Action Plan (Standard Roadmap)

16 4 Level Architecture 9 Domains Level 1 : 9 Domains Reference Model Level 2 : Conceptual Reference Model Power System Interoperability Communication Interoperability Information Interoperability Level 3 : Layered Interoperability Reference Model Application : AMI Application : EV Application : N Level 4 : Application Level Reference Model

17 Domains - Korea : Domain : Communication path Market Operation Service Provider Generation Transportation ` Transmission Customer HAN Distribution DER Home Server

18 Domains -EU

19 Domains - USA

20 Differences : Domain : Communication path Market Operation Service Provider Generation Transportation ` Transmission Customer HAN Distribution DER Home Server

21 Differences DER Customer Transportation Korea HAN Home Server DER EU Home/Building Customer Industrial Customer USA Customer

22 Conceptual RM - Korea

23 Conceptual RM - USA

24 Power System Interoperability RM

25 Communication Interoperability RM

26 Information Interoperability RM

27 AMI Application RM

28 DR/EMS Application RM

29 EV Application RM

30 WASA Application RM

31 DERI/ESS Application RM

32 DGM Application RM

33 Gap Analysis & PAP Existing Standards Mapping Energy Interoperability AMI/DR CT Interoperability Entity, IF Electric Vehicle 3. GAP Analysis/IF IT Interoperability 1.Energy, CT and IT Interoperability RM Energy Storage System 2. Application Interoperability RM 4. PAP

34 PAP List (Sample) Application Domain PAP DR EMS Market Operation Service Provider Customer Operation Service Providers Customer Transportation DER Operation Customer Operation Service Provider Customer - Standard DR and DER Signals (NIST PAP-09) - Common Price Communication Model (NIST PAP-03) - Common Scheduling Mechanism (NIST PAP-04) - RTP Management System Standard - Power Exchange Integrated Management Platform Standard - Host System Interlocking Standard for DR and DSM (LMS/DRMS <-> CIS, AMI Head End, DMS, EMS etc.) (IEC) - Customer Energy Management System Standard (IEC) - BAS Integrated Control Middleware standard - Authentication and Encryption Communication Protocol for DR and DSM - Group BEMS Integrated Management and Control Protocol Standard - Heterogeneous BAS/BEMS Interoperability Protocol Standard (IEC) - Facility Smart Grid Information Standard (NIST PAP-17)

35 Future Plan

36 Future Plan Date Dec., 2011 Jan., 2012 Feb., 2012 Mar., 2012 Contents Roadmap will be finished Interoperability Study Group Endorsement Forum Steering Committee Approval KATS Approval Version 1 will be released

37 Thank you!