SG Network System Requirements Specification v3

SG Network System Requirements Specification Interim Release 5/17/2010 Table of Contents Document History - Revision History - Preface - Authors - Acknowledgements - Acronyms and Abbreviations - Definitions - 11 SG-Network Requirements Gathering process - 15 Listing of pertinent use cases .- 16 Identification of Actors within Use Cases - 17 Gap analysis by mapping actors to use cases - 18 Defining Functional Requirements - 19 Smart Grid Domain, Actor, Interface Reference Model - 21 Diagram – Baseline Diagram Without Cross Domain & Network DataFlows - 22 Diagram – Baseline Diagram With Cross Domain & Network flows - 23 Table – Smart Grid Functional & Volumetric Business Requirements .- 24 Diagram – Customer Information / Messaging Use Case - 25 Diagram – Distribution Automation Use Case - 26 Diagram – Meter Read Use Case - 27 Diagram – PHEV Use Case .- 28 Diagram – PrePay Use Case .- 29 Diagram – Service Switch - 30 Diagram – Utility CIS Meter Communication Path Scenarios - 31 Diagram 10 – IPD & Cust EMS Meter Communication Path Scenarios - 32 Diagram 11 – Web Portal ODS Communication Path Scenarios - 33 Diagram 12 – Utility CIS IPD Communication Path Scenarios .- 34 Diagram 13 – REP CIS IPD Communication Path Scenarios - 35 Diagram 14 – DMS DA Feeder Devices Communication Path Scenarios - 36 Diagram 15 – DMS DA Substation Devices Communication Path Scenarios - 37 Document History - Revision History - Preface - Authors - Acronyms and Abbreviations - Definitions - 10 SG-Network Requirements Gathering process - 14 Listing of pertinent use cases .- 15 Identification of Actors within Use Cases - 16 Gap analysis by mapping actors to use cases - 17 Defining Functional Requirements - 18 Smart Grid Domain, Actor, Interface Reference Model - 20 Diagram – Baseline Diagram Without Cross Domain & Network DataFlows - 21 Diagram – Baseline Diagram With Cross Domain & Network flows - 22 Table – Smart Grid Functional & Volumetric Business Requirements .- 23 Diagram – Customer Information / Messaging Use Case - 24 Diagram – Distribution Automation Use Case - 25 Diagram – Meter Read Use Case - 26 Diagram – PHEV Use Case .- 27 Diagram – PrePay Use Case .- 28 Diagram – Service Switch - 29 Diagram – Utility CIS Meter Communication Path Scenarios - 30 Diagram 10 – IPD & Cust EMS Meter Communication Path Scenarios - 31 Diagram 11 – Web Portal ODS Communication Path Scenarios - 32 Diagram 12 – Utility CIS IPD Communication Path Scenarios .- 33 Diagram 13 – REP CIS IPD Communication Path Scenarios - 34 Diagram 14 – DMS DA Feeder Devices Communication Path Scenarios - 35 Diagram 15 – DMS DA Substation Devices Communication Path Scenarios - 36 - Document History Revision History Revision Number 1.01 1.02 1.03 1.04 1.05 1.06 rc1 rc3 rc5 Revision Revision Date By Summary of Changes Changes marked Documented shell created N 2/16/10 MKG Result from 2/16/10 conference call N 2/16/10 Armes/MKG Cleaned up definitions and acronyms N 2/16/10 MKG Added TOC and Draft Preface N 2/22/10 MKG Added Requirements specification info N 2/22/10 MKG Clerical updates to links to work N 2/22/10 MKG Updated version number for release N 4/17/10 MKG/RTC Updated Use case flow charts and N diagrams 4/17/10 RTC Added links to documentation Y instructions 4/18/10 MKG Added acknowledgements and minor N edits Made images/illustrations portrait versus landscape Preface This document has been created to support NIST Smart Grid Interoperability Priority Action Plans (PAP) & and provide Utilities, Vendors and Standard Development Organizations a system requirements specification for Smart Grid Communication For PAP the tasks assigned to UCAiug (SG-Network) are as follows: Task 1: Develop a set of requirements for different Smart Grid applications For PAP the tasks assigned to UCAiug (SG Network) are as follows: Task 1: Segment the smart grid and wireless environments into a minimal set of categories for which individual wireless requirements can be identified Task 3: Compile & communicate use cases and develop requirements for all smart grid domains in terms that all parties can understand Task 4: Compile and communicate a list of capabilities, performance metrics, etc in a way that all parties can understand - Not quantifying any standard, just defining the set of metrics To accomplish these assignments, the UCAiug Open Smart Grid (OpenSG) has assigned these tasks to a task force within the SG Communications working group called SG Network to formally work on these tasks Authors The following individuals and their companies are members of the OpenSG SG-Network Task Force Core Development Team and contributed substantially to the drafting of the SG-Network System Requirement Specification: Ron Cunningham, American Electric Power Matt Gillmore, Consumers Energy Bill Godwin, Progress Energy Michael Northern, Deloitte Consulting LLP Don Sturek, Pacific Gas & Electric Vincent Bemmel, Trilliant Paul Duffy, Cisco Claudio Lima, Sonoma Innovations Bill Leslie, Longboard Technologies Jerry Armes, Micronet Communications Gary Stuebing, Duke Energy George Cosio, Florida Power & Light David Pilon, Detroit Edison Kelly Flowers, Detroit Edison John Buffington, Itron Acknowledgements The content delivered by the SG-Network task force would not be possible without feedback and consensus from the overall industry Listed below are individuals who have provided substantial feedback and guidance to SG-Network Nada Golmie, NIST David Cypher, NIST David Su, NIST Erich Gunther, Enernex Mark Kleerer, Qualcomm Pat Kinney, Kinney Consulting Bruce Kraemer, Marvell Wayne Longcore, Consumers Energy Geoff Mulligan, IPSO Alliance Robby Simpson, GE Energy Phil Slack, Florida Power & Light Acronyms and Abbreviations AC AMI AMS ASAP-SG B2B BAN CIM CIP CSWG DA DAP DER DHS DMS DNP DOE DOMA DR DSDR DSM EMS EPRI ES ESB ESI ET EUMD Alternating Current Advanced Metering Infrastructure Asset management system Advanced Security Acceleration Project-Smart Grid Business to Business Business Area Network Common Information Model Critical Infrastructure Protection Cyber Security Working Group Distribution Automation Data Aggregation Point Distributed Energy Resources Department of Homeland Security Distribution Management System Distributed Network Protocol Department of Energy Distribution Operations Model and Analysis Demand Response Distribution Systems Demand Response Demand Side Management Energy Management System Electric Power Research Institute Electric Storage Enterprise Service Bus Energy Services Interface Electric Transportation End Use Measurement Device EV/PHEV Electric Vehicle/Plug-in Hybrid Electric Vehicles EVSE FAN FEP FERC FIPS FLIR G&T Electric Vehicle Service Element Field Area Network Front End Processor Federal Energy Regulatory Commission Federal Information Processing Standard Document Fault Location, Isolation, Restoration Generations and Transmission GAPP Generally Accepted Privacy Principles GIS GPRS HAN HMI HVAC Geographic Information System General Packet Radio Service Home Area Network Human-Machine Interface Heating, Ventilating, and air conditioning (shown in figure) I2G IEC IED IHD ISA ISO Industry to Grid International Electrotechnical Commission Intelligent Electronic Device In-home Display International Society of Automation Independent System Operator ISO/IEC27001 International Organization for Standardization/International Electrotechnical Commission Standard 27001 IT LAN LMS LMS/DRMS LV MDMS MFR MSW MV NAN NERC NIPP NIST NISTIR NMS OMS OWASP PAP PCT PEV PI PIA PII R&D RTO RTU SCADA SCE SGIP SGIP-CSWG SP SSP T/FLA VAR VVWS WAMS WAN Information Technology Local Area Network Load management system Load Management System/ Distribution Resource Management System Low voltage (in definition) Meter Data Management System Multi-Feeder Reconnection Meter service switch Medium voltage (in definition) Neighborhood Area Network North American Electric Reliability Corporation National Infrastructure Protection Plan National Institute of Standards and Technology NIST Interagency Report Network Management system Outage Management System Open Web Application Security Project Priority Action Plan Programmable Communicating Thermostat Plug-In Electric Vehicle Process Information Privacy Impact Assessment Personally Identifying Information Research and Development Regional Transmission Operator Remote Terminal Unit Supervisory Control and Data Acquisition Southern California Edison Smart Grid Interoperability Panel SGIP – Cyber Security Working Group Special Publication Sector-Specific Plans Three/Four Letter Acronym Volt-Amperes Reactive Volt-VAR-Watt System Wide-Area Measurement System Wide Area Network 10 42 Diagram – Utility CIS Meter Communication Path Scenarios 43 44 Diagram 10 – IPD & Cust EMS Meter Communication Path Scenarios 45 46 Diagram 11 – Web Portal ODS Communication Path Scenarios 47 48 Diagram 12 – Utility CIS IPD Communication Path Scenarios 49 50 Diagram 13 – REP CIS IPD Communication Path Scenarios 51 52 Diagram 14 – DMS DA Feeder Devices Communication Path Scenarios 53 54 55 Diagram 15 – DMS DA Substation Devices Communication Path Scenarios 56 ... companies are members of the OpenSG SG- Network Task Force Core Development Team and contributed substantially to the drafting of the SG- Network System Requirement Specification: Ron Cunningham,... energy customers and the system provider Could be the utility or third party 15 SG- Network Requirements Gathering process The SG- Network task force derived functional requirements from the following... Meter Data Management System Asset Management System Energy Management System Demand Side Management System Event / OMS System Distribution Management System Load Management System Supervisory Control