S M A R T G R I D I N T E R O P E R A B I L I T Y P A N E L. Nokhum Markushevich (With contribution from Joe Hughes) TnD DEWG 1
|
|
- Imogene McCormick
- 5 years ago
- Views:
Transcription
1 S M A R T G R I D I N T E R O P E R A B I L I T Y P A N E L EXCHANGE OF AGGREGATED INFORMATION BETWEEN TRANSMISSION AND DISTRIBUTION DOMAINS (THE TRANSMISSION BUS LOAD MODEL CONCEPT) Nokhum Markushevich (With contribution from Joe Hughes) TnD DEWG 1
2 Reasons for Aggregated Exchange Between Transmission and Distribution Operations Improved knowledge of the wide area state of the system - Monitors the State of the Entire Power System in realtime Development of EMS and DMS Advanced Applications Improved ability to prepare for abnormal conditions from an overall systems perspective Integration of emerging customer dynamics: Demand Response/Real Time Pricing Improved Load Modeling and Forecasting of dynamic Customer Loads
3 Transmission and Distribution Domains Active Distribution Network PE CX NO LTC DT VR PCC EMS PCC Generation/Transmission LV DG ES DG SM DG DG DG Energy Management System DG HAN Appliances SM DR Customer Distribution Management System
4 KEY TRANSMISSION ENERGY MANAGEMENT SYSTEM (EMS) APPLICATIONS 4
5 EMS monitoring functions Topology monitoring (incl. states of controlling devices) State estimation (SE) Dynamic limit monitoring (DLM) Network Sensitivity Analysis (NSA) Reserve monitoring (RM) Steady-state contingency analysis (SCA) Dynamic security analysis (DSA) Cyber Security Contingency Analysis (CSCA) Intelligent alarm processing (IAP)
6 Near-real-time EMS optimization and control functions Optimal Power Flow (OPF), includes Volt/var management Security Constrained Dispatch (SCD) Economic Dispatch (ED) Automatic Generation Control (AGC) Ancillary Service functions
7 Near real time pre-arming and re-coordination functions Relay protection (RP) Load-shedding (LSh) Generator-shedding (GenSh) Fast generator starts based on operational parameters (GenStart) Intentional islanding in transmission (T-Islanding)) Voltage/var management (VVM) Distributed generation pre-setting (DER) Demand response pre-setting (DR) Electric storage pre-setting (ES) Re-coordination of protection in distribution systems (RPRC)
8 Real-time restorative functions Auto-synchronization Restoration of shed loads (Load) After under-frequency load shedding After under-voltage load shedding After special load shedding Reset of distributed generation (DER) Reset of Demand Response (DR) Reset of electric storage (ES) Reset of VVO objective (VVM)
9 DMS Applications Real-time Distribution Operation Model and Analysis (DOMA) Fault Location, Isolation and Service Restoration (FLIR) Voltage/Var/Watt Optimization (VVWO) Distribution Contingency Analysis (DCA) Multi-level Feeder Reconfiguration (MFR) Relay Protection Re-coordination (RPRC) Pre-arming of Remedial Action Schemes (PRAS) Coordination of Emergency Actions (CEmA) Coordination of Restorative Actions (CRA) Intelligent Alarm Processing (IAP)
10 Interrelationships between DMS and EMS functions (non-exhaustive) DOMA FLIR VVWO DCA MFR PrRAS LF TBLM SE DLM NSA SCA DSA CSCA LSh Gensh Genstart Islanding Pre-arming CrdEA VVM CrdRA SCD OPF ED VVM Optimization/control DR DER/ES LOAD DER/ES DR
11 How to Exchange Information between T&D to Coordinate with Multiple Monitoring and Control Nodes? It is unrealistic to expect that the monitoring and control of transmission operations will reach out to every device and every function in the distribution and customer domains. The T/D buses of the near-real time model of transmission operations are the demarcation points between transmission and distribution domains.
12 Transmission Bus Load Model (TBLM) Active Distribution Network PE CX NO LTC Generation/Transmission DT LV VR DG PCC EMS ES PCC DG SM DG DG DG DG HAN SM DR Appliances Customer LTC TBLM/V PP It is suggested aggregating the capabilities and the dynamics of distribution operations into TBLM Generation/Transmission
13 Load Model as a Component of TBLM Externa l Signals With DER and ES Total Load With VVWC Demand Response Under-frequency Load Shedding Under-voltage Load Shedding Load Curtailment This information should be generated by DMS and should be made available to EMS
14 Other Components of TBLM VPP technical and economic functions and attributes Aggregated capability curves Aggregated real and reactive load-to-voltage dependencies Aggregated real and reactive load-to-frequency dependencies Aggregated real and reactive load dependencies on Demand response control signals, Dynamic prices, Weather, etc. Aggregated dispatchable load Model forecast Overlaps of different load management functions, which use the same load under different conditions. Ownership of DER, ways of controlling (jurisdiction, related to regulatory issues) Degree of uncertainty..
15 Information Exchange between T&D Domains 15 AMI processor DER/ES processor Distribution domain Subst. LTC, Shunts, SVC T&G domains PMU DR processor PEV processor Load model Processor Secondar y Processor RAS DSCADA DMS DOMA VVWO FLIR Emerg. apps TBLM Processor Data Control TBLM EMS SE CA OPF/SCD ED Pre-arm Islanding Restoration SCADA T&G devices Topology model
16 Use of TBLM by EMS Applications
17 For normal operating conditions Wide Area Situational Awareness (WASA) Model Updates (includes TBLM) State Estimation (provides voltage angles for MFR and FLIR) Network Sensitivity Analysis (includes TBLM) Optimal Power Flow - uses controllable parameters and constraints through TBLM Economic Dispatch - takes into account aggregated VPP, DER/ES through TBLM Reserve Monitoring - takes into account DER/ES, DR, IVVWO through TBLM Other. 17
18 For Emergency Operating Conditions Steady-state contingency analysis - Uses aggregated TBLM variables, e.g., load-to-voltage and load-to-frequency dependencies, DER and DR behavior Dynamic security analysis - Uses aggregated TBLM variables, e.g., dynamic load-to-voltage and load-to-frequency dependencies, DER and DR behavior Near Real-time Pre-arming - Includes Aggregated Remedial Action Schemes and DER protection schemes in distribution Service restoration - Provides availability from transmission standpoint for restoring loads, DER/ES, DR, and normal IVVWO operations 18
19 Contingency Analysis (example) Two-area load-rich transmission-generation island with DER in distribution (after the fault) 19 Area 1 Area 2 DER1 UFLSmg1 Pem-jQem DER2 UFLSmg2 MG1 MG2 G11 G12 G21 G22 UFLS-I and II for Area 1 Load 1 Load 2 UFLS-I and II for Area 2 Disconnected Connected
20 DMS Applications and TBLM
21 Distribution Operation Modeling and Analysis (DOMA) ADA Apps Adequacy Reliability (DCA) Efficiency Power quality Remedial Action Schemes Dynamic limits Dispatchable loads TBLM Operator Other systems Power flow model Transm. DER and Micro-grid models Load models model Connectivity, facility, and secondary models EMS GIS CIS AMI Customer EMS SCADA DER, PEV, ES, DR, Micro-grids, VPP Engineering
22 INTEGRATED VOLTAGE,, VAR, AND WATT CONTROL ONTROL (IVVWC) Customer bill Secondary voltage kw, kvar demand T&D power flow T&D losses Volt Control (LTC, VR, PE) Watt Control (DER/ES/DR) Var Control (Capacitors, DER) Circuit loading Voltage and Power Factor in transmission Power Quality Generation Transmission Congestion Operating reserve Generation capacity LM P TBLM EMS Applications
23 Inter- and Intra-domain Objectives of IVVWC Ensure standard voltages at customer service terminals Reduce load by a given value Conserve energy Minimize feeder segment(s) overload Reduce or eliminate overload in transmission lines Reduce or eliminate voltage violations in transmission Provide reactive power support for transmission Provide spinning reserve support Reduce cost of energy Reduce energy losses in D&T 23
24 Cross-cutting Aspects of Contingency Analysis The transmission contingency analyses should define whether the distortion can cause significant disconnection of DERs and reactions of other controlling devices Disconnection of these DERs may cause overloads and undervoltages in distribution and can worsen the situation in the transmission system. The severity of the contingency also depends on the DER protection settings and on load-generation balance of micro-grids Models of the emergency behavior of DER, DR, ES and other controlled devices aggregated at the transmission buses should be made available to WAMPAC applications The probable distortions of transmission operations should be made available to the DMS for the DCA to assess the possible consequences. 24
25 Cross-cutting Aspects of Feeder Reconfiguration Use EMS input on phase angle differences before paralleling in distribution Use information on congestions in transmission for swapping load between buses with different LMPs Use information from customer domain on operations of DER/ES and DR and information from AMI 25
26 Cross-cutting aspects of Protection Recoordination and Coordination of Emergency Actions The applications will receive pre-arming signals from WAMCS and will change the setups of distribution-side remedial action schemes WAMCS applications will take into account the protection settings of the DER and the generation-load balances of micro-grids the available extent and timing of the distribution-side remedial schemes, which should be armed CEmA will recognize the emergency situations and will coordinate the objectives, modes of operation, and constraints of other Advanced DMS applications. 26
27 Cross-cutting Aspects of Coordination of Restorative Actions CRA will coordinate the restoration of services and normal operations based on the availabilities in distribution, transmission, and generation domains after the emergency conditions are fully or partially eliminated. 27
28 High-level Activity Diagram for the TBLM Use Case
29 High-level Activity Diagram for the TBLM Use Case
30 Standards Involved in the Support Of TBLM IEC x IEC IEC ICCP/TASE 2 Multispeak COMFEDE: IEEE P DNP3..
31 Conclusions To make the dynamic optimization of power system operations manageable in a holistic manner, the following is suggested: decompositions of the operational models of each domain aggregated information exchange between the domains The concept of the aggregated Distribution Operation Models at the transmission buses (TBLM) is suggested so meet these requirements The TBLM provides a framework for integrating the EMS and DMS applications into an overall smart grid operations infrastructure The sophistication of the TBLM and the Smart Grid applications should match the complexity of the processes in power systems to achieve maximum benefits. 31
32 TBLM and T&D DEWG Roles Provides a big picture strategic view and an overall Architecture Framework for advanced Smart Grid power engineering applications The TBLM Framework is needed for: Strategic Coordination Across Key Domains and Applications Augmenting present Standards Development Work Identifying Gaps/Harmonization needed within present systems and standards development: e.g. Semantic Integration Identification of both application and standards development priorities
33 TnD DEWG Up-to-date Accomplishments and Plans
34 Accomplishments Introduction of the TBLM concept Objective Narrative Rationale (cross-cutting aspects of TnD operations) Development of high-level TBLM Use Case Description of major actors Activity Diagram Description of Pre-conditions Description of Interfaces Plan for further TnD work
35 Tentative Plan for TnD DEWG related to the TBLM Completion of the high-level use case for the TBLM - December Development of the second-level use cases for the TBLM (detailing the high-level use case)-february 2012 Development of messages of the use cases- March 2012 Association of the messages with existing standards- April 2012 Defining the gaps in the standards, if any - April 2012 Defining overlaps of different standards related to the TBLM and the need for harmonization Beyond May 2012 Development of use cases for EMS applications with integration of the TBLM - Beyond May 2012.
36 Draft list of Scenario Categories for TBLM Use Cases Develop aggregated DER capability curves for TBLM Develop aggregated model of dispatchable load for TBLM Develop aggregated real and reactive load-to-voltage dependencies Develop aggregated real and reactive load-to-frequency dependencies Develop aggregated real and reactive load dependencies on Demand response control signals Develop aggregated real and reactive load dependencies on dynamic prices, Develop aggregated real and reactive load dependencies on weather, etc.
37 Draft list of Scenarios Categories for TBLM Use Cases (Cont.) Develop aggregated real and reactive short-term load model forecast Develop models of overlaps of different load management functions, which use the same load under different conditions. Assess the degree of uncertainty of TBLM component models Develop Virtual Power Plant technical models Develop Virtual Power Plant economic models Develop aggregated model of DER based on ownership of DER, ways of controlling (jurisdiction, related to regulatory issues)
38 Recommended first priority Use Cases for TnD DEWG, PAP 14 (with TBLM involvement for coordination between domains) Steady-state Contingency Analysis Voltage Stability Analysis Frequency Stability Analysis Cyber Security Contingency Analysis Optimal Power Flow/Security Constrained Dispatch Reserve Monitoring Other WAMPAC (Wide Area Monitoring, Protection, And Control) applications
39 Thank You! Contacts: NIST Lead: Jerry Fitzpatrick, Co-Lead: Robert Saint, EnerNex Technical Champions: Joe Hughes, Nokhum Markushevich,
Smart Grid Enterprise Applications Interoperability Needs Assessment and the MultiSpeak Specification
Smart Grid Enterprise Applications Interoperability Needs Assessment and the MultiSpeak Specification Gary A. McNaughton, P.E. Warren P. McNaughton, P.E. Robert Saint, P.E. 1 Overview NRECA regional demonstration
More information2016 Smart Grid R&D Program Peer Review Meeting
2016 Smart Grid R&D Program Peer Review Meeting Structuring a demonstration project to Integrate DER, Microgrid EMS, DERMS, and DMS Jianhui Wang Argonne National Laboratory in collaboration with NREL and
More informationInternational ejournals
ISSN 2249 5460 Available online at www.internationalejournals.com International ejournals International Journal of Mathematical Sciences, Technology and Humanities 21 (2011) 205 212 ENERGY CONTROL CENTER
More information(D2-01_28) ROLE OF ICT in Power System
CONSEIL INTERNATIONAL DES GRANDS RESEAUX ELECTRIQUES INTERNATIONAL COUNCIL ON LARGE ELECTRIC SYSTEMS http:d2cigre.org STUDY COMMITTEE D2 INFORMATION SYSTEMS AND TELECOMMUNICATION 2013 Colloquium November
More informationMicro-Grid Technology To improve Distribution Reliability and accessibility. Dhananjay Ketkar. Sudesh Kr. Nehru. November 2012
Micro-Grid Technology To improve Distribution Reliability and accessibility Dhananjay Ketkar November 2012 Sudesh Kr. Nehru Agenda What is Micro Grid What a Micro Grid IS Micro Grid : Components Micr0
More informationDynamic Price, Product and Messaging Specification
1 2 3 4 5 6 7 8 Retail Dynamic Price, Product and Messaging Specification (DRAFT) Draft Memo to by Ed Cazalet on Sept 7, 2009. During the August 2nd 2009, OASIS Energy Interoperation Technical Committee
More informationEMS of the Future. EMS Users Conference Chicago, Illinois. John McDaniel September 20, Proprietary 1 Experience you can trust.
EMS of the Future EMS Users Conference Chicago, Illinois John McDaniel September 20, 2010 Proprietary 1 Experience you can trust. Overview Key Issues Shaping EMS Implementations Operational Issues Being
More informationDemand Response Architecture Integration into the Distribution Management System ABB Corporate Research, Raleigh, NC. ABB Group March 3, 2011 Slide 1
Architecture Integration into the Distribution Management System ABB Corporate Research, Raleigh, NC March 3, 2011 Slide 1 Outline Demand Response Definition Resources for DR DMS-Based Architecture Benefits
More informationCIM Task Force Update: CIM Harmonization Task Force CIM Certification Testing Task Force WG14 Part Team Focus Community DER Focus Community
CIM Task Force Update: CIM-61850 Harmonization Task Force CIM Certification Testing Task Force WG14 Part Team Focus Community DER Focus Community Margaret E. Goodrich Henry Dotson, PE Stephan Amsbary Project
More informationMAUI SMART GRID PROJECT
MANAGING DISTRIBUTION SYSTEM RESOURCES FOR IMPROVED SERVICE QUAILTY AND RELIABILTY, TRANSMISSION CONGESTION RELIEF, AND GRID SUPPORT FUNCTIONS MAUI SMART GRID PROJECT or Hawaii Natural Energy Institute
More informationOperation of ESS Interconnected to the Distribution Feeder by Distribution Management System
The 17 th IERE General Meeting & Canada Forum Operation of ESS Interconnected to the Distribution Feeder by Distribution Management System 18 th May, 2017 Wonwook Jung KEPCO Research Institute Contents
More informationHOW TO BUILD A MICROGRID PLATFORM WITH FUTURE INTERNET TECHNOLOGIES
HOW TO BUILD A MICROGRID PLATFORM WITH FUTURE INTERNET TECHNOLOGIES presented by Dr. Kolja Eger, Siemens AG on behalf of the FINSENY project Joint Workshop of FINSENY & EIT ICT Labs Smart Energy enabled
More information1 Descriptions of Function
1 Descriptions of Function Wide Area Control for the Self-healing Grid (SHG) All prior work (intellectual property of the company or individual) or proprietary (non-publicly available) work should be so
More informationWalk-through of long-term utility distribution plans: Part 1 - Traditional Distribution Planning
Walk-through of long-term utility distribution plans: Part 1 - Traditional Distribution Planning Lavelle Freeman GE Energy Consulting Distribution Technology Training for NASUCA 2018 Mid-Year Meeting,
More informationUsing the Intelligrid Methodology to Support Development of a Smart Grid Roadmap
Using the Intelligrid Methodology to Support Development of a Smart Grid Roadmap Mark McGranaghan, Don Von Dollen, Paul Myrda, Joe Hughes Electric Power Research Institute Knoxville, TN 37932 mmcgranaghan@epri.com
More informationDynamic Price, Product and Messaging Specification
1 2 3 4 5 6 7 8 9 Retail Dynamic Price, Product and Messaging Specification (DRAFT -2) Draft Memo to OASIS Energy Interoperation TC by Ed Cazalet (original Sept 10, 2009, updated October 11, 2009) During
More informationSMART GRID CONCEPTUAL MODEL
SMART GRID CONCEPTUAL MODEL Version 1.0 April 20, 2010 Executive Summary This document describes the Smart Grid Conceptual Model, a tool for discussing the structure and operation of the power system.
More informationSMART GRID SCENARIO. Marina Egea,
SMART GRID SCENARIO Marina Egea, What is Smart Grid is an electricity network that can integrate in a costefficient manner the behaviour and actions of all users connected to it - generators, consumers
More informationSmart Grid Concept, Applications and Lessons Learned from Recent Deployments
GE Energy POWERING POTENTIA L Smart Grid Concept, Applications and Lessons Learned from Recent Deployments Gagan KAKKAR General Manager India Region GE Energy What is Smart Grid P O W E R I N G P O T E
More informationRenewable Energy Impact to Distribution Network Performance and Reliability. ENGR. ROBERTO D. ISIP JR. Head, Network Asset Planning, MERALCO
Renewable Energy Impact to Distribution Network Performance and Reliability ENGR. ROBERTO D. ISIP JR. Head, Network Asset Planning, MERALCO Presentation Outline 1. RE Integration and changes in the Electric
More informationA. Introduction 1. Title: Automatic Underfrequency Load Shedding Requirements
A. Introduction 1. Title: Automatic Underfrequency Load Shedding Requirements 2. Number: PRC 006 RFC 01 3. Purpose: To establish ReliabilityFirst requirements for automatic Load shedding (UFLS) to support
More informationA Standardized Approach to DER Group Management
A Standardized Approach to Group Management A Look at IEC 61968-5 Dr. Walt Johnson OpenADR Alliance Member Meeting April 24, 2018 Recognizing the Need for Group Management Volt-Var Function Power Factor
More informationCalifornia Independent System Operator Corporation Fifth Replacement Tariff
Table of Contents Method to Assess Available Transfer Capability... 2 L.1 Description of Terms... 2 L.1.1 Available Transfer Capability (ATC)... 2 L.1.2 Total Transfer Capability (TTC)... 2 L.1.3 Existing
More informationCalifornia Independent System Operator Corporation Fifth Replacement Tariff
Table of Contents Method to Assess Available Transfer Capability... 2 L.1 Description of Terms... 2 L.1.1 Available Transfer Capability (ATC)... 2 L.1.2 Total Transfer Capability (TTC)... 2 L.1.3 Existing
More informationDistribution GIS & Grid Model Data Management
Distribution GIS & Grid Data Management Pat Brown EPRI OGC Energy & Utilities Summit June 28, 2017 Pat Brown works in EPRI s Information and Communication Technology program. She is currently engaged in
More informationNERC PLANNING STANDARDS
NERC PLANNING STANDARDS North American Electric Reliability Council April 2004 Version of All Planning Standards Terms and Their Definitions As Used in the Analysis (Study) an examination or simulation
More informationAdvisory Council Meeting March 4, 2010 Utility Representative Steve Willard Vendor Representative Carl Mansfield - Sharp Labs of America, Inc.
PNM/EPRI Smart Grid Demonstration DER Operational Control Advisory Council Meeting March 4, 2010 Utility Representative Steve Willard Vendor Representative Carl Mansfield - Sharp Labs of America, Inc.
More informationDesign and Analysis. Fundamentals of 4HEEE SMART GRID WILEY. James Momoh IEEE PRESS A JOHN WILEY & SONS, INC., PUBLICATION
SMART GRID Fundamentals of Design and Analysis James Momoh PRESS ^^^^^^^^ 0N POWER ENGINEERING Mohamed E. El-Hawary, Series Editor 4HEEE IEEE PRESS WILEY A JOHN WILEY & SONS, INC., PUBLICATION CONTENTS
More informationPSS E. High-Performance Transmission Planning Application for the Power Industry. Answers for energy.
PSS E High-Performance Transmission Planning Application for the Power Industry Answers for energy. PSS E architecture power flow, short circuit and dynamic simulation Siemens Power Technologies International
More informationA. Introduction 1. Title: Automatic Underfrequency Load Shedding Requirements
A. Introduction 1. Title: Automatic Underfrequency Load Shedding Requirements 2. Number: PRC 006 RFC 01 3. Purpose: To establish ReliabilityFirst requirements for automatic underfrequency Load shedding
More informationDEW-ISM Implementation at PEPCO: A Model and Data Driven Approach to Automating PV Interconnection Studies
1 DEW-ISM Implementation at PEPCO: A Model and Data Driven Approach to Automating PV Interconnection Studies July 20, 2017 Jason Bank Electrical Distribution Design Inc. (EDD) jason-bank@edd-us.com 2 EDD
More informationSmart Grid s ADMS Implementations: Lessons Learned
Smart Grid s ADMS Implementations: Lessons Learned Rafael Ochoa September 21, 2015 1 Copyright 2015 Accenture All rights reserved. Presenter Rafael Ochoa Managing Director @ Accenture since January 2015
More informationConnection Study Requirements
Document Release Released: September 20, 2010 The Customer shall comply with all the applicable requirements in this document when performing connection studies to produce the engineering study report.
More informationEDF and Integration of Distributed Energy Resources
IEEE Power Engineering Society Tuesday, June 20, 2006. Montreal EDF and Integration of Distributed Energy Resources Bruno Meyer (presenter) Director Power Systems Technology and Economics Yves Bamberger,
More informationSubstations 1 Feeders 2 Capacitors 3
Substations 1 Feeders 2 Capacitors 3 Total Automated Percentage Total Automated Percentage Total SCADA Control Percentage Automated Response Percentage NSTAR 200 120 60% 1579 995 63% 830 640 77% 95 11%
More informationHow Do We Manage the Complexity of the Grid?
M A Y 2 0 1 6 How Do We Manage the Complexity of the Grid? Control at Large Scales: Energy Markets and Responsive Grids, Minneapolis Eugene Litvinov 1 complex systems are counterintuitive. That is, they
More informationStandard Development Timeline
Standard Development Timeline This section is maintained by the drafting team during the development of the standard and will be removed when the standard is adopted by the NERC Board of Trustees (Board).
More informationADVANCED CONTROL METHODS
Appendix B4: A Systems View of the Modern Grid ADVANCED CONTROL METHODS Conducted by the National Energy Technology Laboratory for the U.S. Department of Energy Office of Electricity Delivery and Energy
More informationExpecting more from grid infrastructure The promise of advanced controls and analytics
Expecting more from grid infrastructure The promise of advanced controls and analytics Juan M. de Bedout, Ph.D. Chief Technology Officer GE Energy Management Imagination at work. Imagination at work. This
More informationThe Advanced Distribution Management System. The indispensable tool of the Smart Grid era
The Advanced Distribution Management System The indispensable tool of the Smart Grid era Telvent utilities group August 2010 The Advanced Distribution Management System The indispensable tool of the Smart
More informationOMS/DMS Implementation at SDG&E
OMS/DMS Implementation at SDG&E Vic Romero Director Asset Management & Smart Grid Projects March 26, 2013 2012 San Diego Gas & Electric Company. All copyright and trademark rights reserved. Outage and
More information1 Descriptions of Software Demonstration of Intentional Islanding
Infotility 3G-System of the Future Legacy Use Cases Software demonstration of intentional islanding Version 3.1 June 10 th, 2010 1 Descriptions of Software Demonstration of Intentional Islanding This work
More informationStandard Development Timeline
Standard TPL-001-4 Transmission System Planning Performance Requirements Standard Development Timeline This section is maintained by the drafting team during the development of the standard and will be
More informationMicrogrid Controller Initiatives. By Dan Ton and Jim Reilly. Microgrid Controllers for the Advanced Microgrid
TThe microgrid is a concept for which the controller is the defining and enabling technology. Indeed, the microgrid may be defined as the resources generation, storage, and loads within a boundary that
More informationReliability Coordinator Area System Operating Limit Methodology
Reliability Coordinator Area System Operating Limit Methodology Revision 1.0 MAINTAINED BY SPP Operations Staff PUBLISHED: 10/19/2018 LATEST REVISION: Effective 10/19/2018 Copyright 2018 by Southwest Power
More informationStandard MH-TPL Transmission System Planning Performance Requirements
A. Introduction 1. Title: Transmission System Planning Performance Requirements 2. Number: MH-TPL-001-4 3. Purpose: Establish Transmission system planning performance requirements within the planning horizon
More informationSafe Integration of Renewables at Transmission and Distribution Level. Alexander Krauss - Digital Grid Software and Solutions
Safe Integration of Renewables at Transmission and Distribution Level Alexander Krauss - Digital Grid Software and Solutions siemens.com/digitalgrid Overview Table of content The Masterplan - One Platform
More informationStandard Development Timeline
Standard Development Timeline This section is maintained by the drafting team during the development of the standard and will be removed when the standard is adopted by the NERC Board of Trustees (Board).
More informationJuly 15 July 31. August First ballot September 1 10, Drafting Team considers comments and makes any revisions indicated
Standard FAC-008-1 Facility Ratings Methodology Standard Development Roadmap This section is maintained by the drafting team during the development of the standard and will be removed when the standard
More informationDistribution System Operator (DSO) Construct as a Bridge for End-to-End Transactive Operation
Distribution System Operator (DSO) Construct as a Bridge for End-to-End Transactive Operation Farrokh Rahimi, Ph.D. Senior Vice President Market Design and Consulting Ali Ipakchi, Ph.D. Senior Vice President
More informationChronological Simulation of the Interaction between Intermittent Generation and Distribution Network. G.N. Taranto C.C.O. Hincapié
Chronological Simulation of the Interaction between Intermittent Generation and Distribution Network D.M. Falcão G.N. Taranto C.C.O. Hincapié Scenario and Motivation Growing presence of intermittent energy
More informationEffects of Wide-Area Control on the Protection and Operation of Distribution Networks
Effects of Wide-Area Control on the Protection and Operation of Distribution Networks Will Allen Schweitzer Engineering Laboratories, Inc. Published in Wide-Area Protection and Control Systems: A Collection
More informationPowerOn Advantage. GE Digital Energy. Integrated and Streamlined Operations. Advanced Distribution Management System (ADMS) Intuitive User Experience
GE Digital Energy PowerOn Advantage Advanced Distribution Management System (ADMS) Delivering increased reliability, productivity and efficiency through a single ADMS platform PowerOn Advantage is a single,
More informationSession 1 DER Integration and Grid control
Workshop Smart Grid Standardisation May 16th 2013 Session 1 DER Integration and Grid control Giorgio Franchioni RSE Italy The EU strategy and the proliferation of DERs EU 2020 Strategy Energy-Climate Targets
More informationRCR-35 Reliability Coordinator Reliability Plan for the SaskPower Subregion of the Midwest Reliability Organization
RCR-35 Reliability Coordinator Reliability Plan for the SaskPower Subregion of the Midwest Reliability Organization - 1 - Introduction The North American Electric Reliability Council (NERC) requires every
More informationIMPROVEMENTS IN SMART GRID MANAGEMENT THROUGH ADVANCED DISTRIBUTION MANAGEMENT SYSTEMS
IMPROVEMENTS IN SMART GRID MANAGEMENT THROUGH ADVANCED DISTRIBUTION MANAGEMENT SYSTEMS Dr. Roland EICHLER Siemens AG Germany roland.eichler@siemens.com ABSTRACT This paper describes the components of an
More informationMicrogrid Controller Standardization Approach, Benefits and Implementation
Microgrid Controller Standardization Approach, Benefits and Implementation Jim Reilly Consultant Microgrids Design and Testing Paper Session 5B Distribution Technical Track GRID OF THE FUTURE Cleveland,
More informationTRANSMISSION PLANNING ASSESSMENT METHODOLOGY AND CRITERIA
TRANSMISSION PLANNING ASSESSMENT METHODOLOGY AND CRITERIA For Compliance with NERC Reliability Standard: TPL-001-4 1/10/2017 Version: 4.2 Table of Contents 1 Revision and Approval History... 2 1.1 Revision
More informationOpenADR (Open Automated Demand Response) Terry Saxton OpenADR Task Force
OpenADR (Open Automated Demand Response) Terry Saxton OpenADR Task Force NIST Conceptual Model [Source: NIST Interim Roadmap] OpenSG Subcommittee Organization Utility s Projects - Design & Implementations
More informationEffective Management of Distribution Grid Model Data
Effective Management of Distribution Grid Data Pat Brown, John Simmins, Jared Green EPRI CIGRE Grid of the Future Symposium October 23, 2017 Effective Grid Data Management A Changing Distribution Grid
More informationOverview of DOE Microgrid Activities
Montreal 2006 Symposium on Microgrids Overview of DOE Microgrid Activities Poonum Agrawal Office of Electricity Delivery and Energy Reliability June 23, 2006 Mission Lead national efforts to modernize
More informationPlatte River Power Authority. Ten-Year Transmission Plan ( )
Platte River Power Authority Ten-Year Transmission Plan (2015-2024) Prepared by PRPA System Planning December 31, 2014 Table of Contents I. Executive Summary II. III. IV. Scope Assumptions Criteria V.
More informationMapping Document for FAC-010-3
Mapping Document for FAC-010-3 The Project 2015 09 standard drafting team (SDT) is proposing the retirement of the NERC FAC 010 3 Reliability Standard. The SDT further proposes a new paradigm regarding
More informationProject Generator Verification and Implementation Plan for PRC-019-2, PRC and MOD Compliance Fall Workshop October 12, 2017
Project 2007-09 Generator Verification and Implementation Plan for PRC-019-2, PRC-024-2 and MOD-025-2 Compliance Fall Workshop October 12, 2017 Objectives Purpose for Project 2007-09 Generator Verification
More informationGENe DMS. Why choose GENe DMS? GE Energy Digital Energy
GE Energy Digital Energy GENe DMS GE Energy s GENe Distribution Management System helps utilities optimize the performance of their networks. GENe DMS software reduces costs via intelligent peak-shaving
More informationDEFINING THE VALUE OF THE GRID
INTEGRATING DISTRIBUTED ENERGY RESOURCES WITH THE POWER GRID DEFINING THE VALUE Early in the 20th century, George Westinghouse and Thomas Edison debated and competed on the merits and benefits of AC versus
More informationVolatility Prediction and Management by Active Network Management & Future Generation Management. Siemens, Sept 8 th 2017
Volatility Prediction and Management by Active Network Management & Future Generation Management Siemens, Sept 8 th 2017 Table of contents To follow Current scenario and upcoming challenges in distribution
More informationISO REVISED STAGING PLAN NO. 7
ID Work Item Description 2 COMPLETE HIM Server An archival database is to be created for permanent historical storage of bidding, price and schedule data. HIM is defined in section 3.2.5 of the SI DSOW:
More informationThe application of Information Exchange Bus in Electric-power Information System
3rd International Conference on Mechatronics and Industrial Informatics (ICMII 2015) The application of Information Exchange Bus in Electric-power Information System Wang Wenxin1, a *, Zhang Weiwei1,b,
More informationOffice of Electricity Delivery & Energy Reliability. US DOE Microgrid R&D Program
Office of Electricity Delivery & Energy Reliability US DOE Microgrid R&D Program Dan Ton Power Systems Engineering Research and Development September 15, 2015 OE Mission The (OE) drives electric grid modernization
More information1 Descriptions of Function
Islanding to grid-connected transition Version 1.2 March 11, 2014 1 Descriptions of Function 1.1 Function Name Unintentional Islanding Transition 1.2 Function ID 1.3 Brief Description This use case describes
More informationImpact of ICT infrastructure in measurement for distribution system state estimation
1 Impact of ICT infrastructure in measurement for distribution system state estimation Ankur Majumdar, Sara Nanchian and Bikash Pal Dept. of Electrical and Electronic Engg Imperial College London Overview
More informationApproved by Standing Committees Approved by Board of Trustees
Reliability Functional Model Function Definitions and Responsible Entities Prepared by the Functional Model Working Group Version 4 Approved by Standing Committees Approved by Board of Trustees August
More informationASSOCIATED NERC STANDARD(S): TPL (referred to as TPL-001 in this document) IMPLEMENTATION: In effect when approved.
ASSOCIATED NERC STANDARD(S): TPL-001-4 (referred to as TPL-001 in this document) IMPLEMENTATION: In effect when approved. Phase in of individual TPL-001 requirements will be based on the effective dates
More informationAutomating LV Distribution networks using sensor technologies
Automating LV Distribution networks using sensor technologies Jayant Sinha Lead Consultant (Smart Networks) Enzen Global Ltd, UK 1 Managing the last mile Growing pressure on DNOs to improve LV network
More informationStandard TPL Transmission System Planning Performance Requirements
A. Introduction 1. Title: Transmission System Planning Performance Requirements 2. Number: TPL-001-4 3. Purpose: Establish Transmission system planning performance requirements within the planning horizon
More informationNext Generation EMS Control Center
Next Generation EMS Control Center JST-NSF-DFG-RCN Workshop on Distributed Energy Management Systems Washington DC April 20th, 2015 Jay Giri Director, Power Systems Technology & Strategic Initiatives Redmond,
More informationDistribution Automation. What? D A. How? Why?
Distribution Automation What? How? D A Why? Typical Power System Generating Plant Step-up transformers Generation System Circuit breakers Transmission System Transmission System Distribution System substations
More informationOnline Security Analysis of Power Grids with High Wind Penetration. By Ivan M. Dudurych, Alan Rogers, Robbie Aherne, Lei Wang, Fred Howell, and Xi Lin
Safety in Numbers Digital Object Identifi er 10.1109/MPE.2011.2178283 Date of publication: 22 February 2012 62 IEEE power & energy magazine 1540-7977/12/$31.00 2012 IEEE march/april 2012 By Ivan M. Dudurych,
More informationCERTS Microgrids. Tom Jahns Professor, University of Wisconsin-Madison. LPPC Rates Roundtable May 21, 2013
CERTS Microgrids Tom Jahns Professor, University of Wisconsin-Madison LPPC Rates Roundtable May 21, 2013 Wisconsin Energy Institute WEI WEI provides linkage among all organizations associated with energy
More information2016 SGIP. All Rights Reserved. 1
1 Description of the Use Case 1.1 Name of Use Case: Microgrid-Island to Grid-Connected Transition Use Case Identification ID Domain(s)/ Zone(s) Name of Use Case 001 SGIP Microgrid Island to Grid-Connected
More information1 Descriptions of Function
Distributed Energy Resource Controller Reconfigure s in response to Faulted Segment with Islanding 1 Descriptions of Function Version 1.2 January 13, 2010 This function describes the sequence of activities
More informationMESA-ESS Technical Work Group Webinar. April 15, 2015
MESA-ESS Technical Work Group Webinar April 15, 2015 Agenda Organizational Overview Coordination and Collaboration with Other Distributed Energy Resources (DER) Communication Efforts MESA-ESS Technical
More informationStandard Development Timeline
Standard Development Timeline This section is maintained by the drafting team during the development of the standard and will be removed when the standard is adopted by the NERC Board of Trustees (Board).
More informationELG4126 Distributed Generation and Renewables
ELG4126 Distributed Generation and Renewables Case Study of Renewable Energy and Smart Grid of Three Phases Phase One: Wind Farm Conduct a feasibility study for initiating a profitable wind energy farm
More informationPRC and EOP Effective 10/1/13
PRC-006-1 and EOP-003-2 Effective 10/1/13 Thomas Teafatiller, Senior Compliance Engineer (RE) tteafatiller.re@spp.org, 501.688.2514 Jason Speer, Senior Engineer (RTO) jspeer@spp.org, 501.614.3301 Greg
More informationSmart Grid. Project Types and Technology EnerNex. All Rights Reserved.
Smart Grid Project Types and Technology NIST Smart Grid Model Project Types Substation automation Distribution Automation Control Center Systems Electric Vehicle Charging Infrastructure Automated Metering
More informationNew distributed energy resources Challenges and new roles for the distribution grid
New distributed energy resources Challenges and new roles for the distribution grid Conferencia regional de generación distribuida (GD) 25 Oct 2016, Santiago de Chile Simon Müller Head of Unit System Integration
More informationImpact of Power Management Strategies on Micro-Grid Dynamic Performance
University of Toronto Department of Electrical and Computer Engineering Impact of Power Management Strategies on Micro-Grid Dynamic Performance Reza Iravani Center for Applied Power Electronics (CAPE)
More informationEnhancing Utility Outage Management System (OMS) Performance
Enhancing Utility Outage Management System (OMS) Performance by John Dirkman, P.E. Executive summary Traditional grid outage management systems suffer from two fundamental flaws: they lack an accurate,
More informationWhat makes a Wind Plant Grid Friendly?
Stable Renewable Plant Voltage and Reactive Power Control NERC ERSTF June 11-12, 2014 Sebastian Achilles Nicholas Miller Einar Larsen Jason MacDowell GE Energy Consulting 1 / Topics Features of modern
More informationVirtual power Plant Concept in Electrical Networks
Virtual power Plant Concept in Electrical Networks J. Corera Iberdrola Distribution on behalf of a step towards the future of a step towards the future of electricity networks 1 Introduction to the VPP
More informationReliability Standard Audit Worksheet 1
Reliability Standard Audit Worksheet 1 PER-006-1 Specific Training for Personnel This section to be completed by the Compliance Enforcement Authority. Audit ID: Registered Entity: NCR Number: Compliance
More informationMaximizing the Utility Value of Distributed Energy Resources
Maximizing the Utility Value of Distributed Energy Resources www.integralanalytics.com Company Overview INTEGRAL ANALYTICS COMPANY PROFILE Software Users: 200+ Software Tools: 18 Market leader in Grid
More informationEAPP interconnection readiness workshop
1 EAPP interconnection readiness workshop Self-Assessment for EAPP/IC -Compliance Rwandan-Grid Gap Analysis & Proposed mitigations GENERATION, TRANSMISSION & DISTRIBUTION 01 st October, 2018 INTRODUCTION
More informationSmart Grid New Industry Challenge. August 7, 2009 Eugene Litvinov Senior Director, ISO New England IEEE Region 1 Meeting, Springfield, MA
Smart Grid New Industry Challenge August 7, 2009 Eugene Litvinov Senior Director, ISO New England IEEE Region 1 Meeting, Springfield, MA 1 Smart Grid Defined Smart Grid is the tight combination of different
More informationReliability Issues White Paper. Accommodating High Levels of Variable Generation
Reliability Issues White Paper Accommodating High Levels of Variable Generation April 7, 2008 Table of Contents Table of Contents Introduction...Error! Bookmark not defined. Introduction... 1 NERC s Mission...
More informationGlossary of Terms Used in Reliability Standards. Preliminary Draft Version 0 Reliability Standards September 1, 2004
Glossary of Terms Used in Standards Preliminary Draft Version 0 Standards September 1, 2004 Source References (Noted in draft only will not be part of final glossary) Functional Model () Glossary (GL)
More informationSmart Grid, Integration of Renewable Sources and Improvement of Power Quality
2017 21st International Conference on Control Systems and Computer Science Smart Grid, Integration of Renewable Sources and Improvement of Power Quality Stefan Gheorghe stgheorghe@yahoo.com George-Cristian
More informationUnderstanding Microgrid & Energy Storage Feasibility Studies
Understanding Microgrid & Energy Storage Feasibility Studies Microgrid 2017 Conference November 8, 2017 Boston, MA John Vernacchia Segment Manager, Alternative Energy Dedicated to improving people s lives
More information