IDE4L project overview and ANM concept. Distributed automation system
|
|
|
- Robert Lambert
- 5 years ago
- Views:
Transcription
1 ideal grid for all SLIDE 1 04/12/ Tampere Dissemination Activity 4 th December 2015 IDE4L project overview and ANM concept Aggregator concept Developed functionalities Distributed automation system Demonstrations Conclusions
2 ideal grid for all SLIDE 2 01/12/ Lab Demo Site Field Demo Site
3 ideal grid for all SLIDE 4 01/12/ Lab Demo Site Brescia, Italy Field Demo Site
4 ideal grid for all SLIDE 6 04/12/ Tampere Dissemination Activity 4 th December 2015 A2A
5 ideal grid for all SLIDE 7 04/12/ Tampere Dissemination Activity 4 th December 2015 A2A (LV network) ASSETS: 1 Secondary substation 10 LV feeders 5/10 FDs with monitoring equipment 1/10 FD with monitor and control 10/10 FDs managed by algorithms USE CASES: RT monitoring Load and production forecaster State estimation Power control
6 ideal grid for all SLIDE 8 04/12/ Tampere Dissemination Activity 4 th December 2015 A2A (LV network) Secondary substation involved in the LV test phase
7 ideal grid for all SLIDE 9 04/12/ Tampere Dissemination Activity 4 th December 2015 A2A
8 ideal grid for all SLIDE 10 04/12/ Tampere Dissemination Activity 4 th December 2015 A2A (LV network) LV controllable breakers
9 ideal grid for all SLIDE 11 04/12/ Tampere Dissemination Activity 4 th December 2015 A2A (LV network) LV BPL modem LV customer SM PV SM Load
10 ideal grid for all SLIDE 12 04/12/ Tampere Dissemination Activity 4 th December 2015 A2A (LV network) PV inverter STATCOM DVR
11 ideal grid for all SLIDE 13 04/12/ Tampere Dissemination Activity 4 th December 2015 A2A (LV network) Solar eclipse March, 20th 2015 Power reduction : 40%-75% Voltage reduction: 5 V (worst case)
12 ideal grid for all SLIDE 14 04/12/ Tampere Dissemination Activity 4 th December 2015 A2A (LV network) Voltage profile: 3 LV customers 1 week 6 samples per hour
13 ideal grid for all SLIDE 01/12/ Lab Demo Site Field Demo Site Seville, Spain
14 ideal grid for all SLIDE 19 04/12/ Tampere Dissemination Activity 4 th December 2015 Telvent MV Use cases Network real-time monitoring Distributed FLISR Hardware and software RTU Telvent HU_AF + AB_AC Signal Generator Omicrom CMC 353 GOOSE compatible Switch Netgear GS105Ev2 PC tools IEDs Web Server Connection IED Scout Wireshark Multiple RTU Generator Controller& Wireshark & IED Scout Triphasic signal generator
15 ideal grid for all SLIDE 20 04/12/ Tampere Dissemination Activity 4 th December 2015 Telvent Validation Cabinet Components Light indicators for switch/circuit breakers position Configurable fault impedances 5 short-circuits testing points
16 ideal grid for all SLIDE 01/12/ Tampere, Finland Lab Demo Site Field Demo Site
17 ideal grid for all SLIDE 22 04/12/ Tampere Dissemination Activity 4 th December 2015 TUT Use cases (MV and LV) Network real-time monitoring State estimation State forecast Power control (secondary control of congestion management) Distributed FLISR Hardware and software RTDS Smart meters Kamstrup Omnipower Landis&Gyr E650 RTU Monitoring: irtu (igrid) FLISR: Telvent HU_AF + AB_AC Voltage controllers OLTC: ABB REU615 DG: ABB Unitrol 1020 GW: Modbus to IEC61850 (HMS) PSAU and SSAU
18 ideal grid for all SLIDE 23 04/12/ Tampere Dissemination Activity 4 th December 2015 TUT State estimation use case HV/MV substation (simulated) MV/LV substation (simulated) PSAU MMS server MV RT mon MV PC SSAU MMS server DLMS/COSEM client LV State Forecast (SF) Topology Manager (TM) network real time MONitoring (MON) State Estimation (SE) Power Control (PC) OLTC CTRL MMS client MMS client Switch PD PD OLTC CTRL Wireless Modbus 850 RTU LV RT monitoring (step 1) DG CTRL Modbus 850 DG CTRL RTU Data flows modbus DLMS/COSEM MMS (report) MMS (control/substitute) GOOSE Physical connections FO PLC ETH Wireless Serial Plain cable Building blocks Street Cabinet (simulated) Customer (simulated) Switch SM SM modbus 850 PV CTRL 104 Telecomm. device WS IED AC DC
19 ideal grid for all SLIDE 24 04/12/ Tampere Dissemination Activity 4 th December 2015 TUT Power control use case HV/MV substation (simulated) MV/LV substation (simulated) PSAU MMS server MV RT mon MV PC SSAU MMS server DLMS/COSEM client LV State Forecast (SF) Topology Manager (TM) network real time MONitoring (MON) State Estimation (SE) Power Control (PC) OLTC CTRL MMS client MMS client Switch PD PD OLTC CTRL Wireless Modbus 850 RTU LV RT monitoring (step 1) DG CTRL Modbus 850 DG CTRL RTU Data flows Physical connections modbus DLMS/COSEM MMS (report) MMS (control/substitute) GOOSE FO PLC ETH Wireless Serial Plain cable Building blocks Street Cabinet (simulated) Customer (simulated) Switch SM SM modbus 850 PV CTRL 104 Telecomm. device WS IED AC DC
20 ideal grid for all SLIDE 01/12/ Lab Demo Site Barcelona, Spain Field Demo Site
21 ideal grid for all SLIDE 26 04/12/ Tampere Dissemination Activity 4 th December 2015 IREC Control center (conceptual) DMS Tertiary Control (TC)/Market Agent (MA) PCC to the distribution network (emulated) Flexibility Activation MATLAB VARIABLES or FILES SimPowerSystems or MATPOWER csv file Modbus server (virtual Linux) DN simulator string GE sockets (MATLAB or PYTHON) Measured P (optional) Voltage setpoint Cinergia protocol GE MGMT AC DC DC AC Grid emulator Measured P (optional) Ask for flexibility capacity (1) Flexibility Activation MATLAB VARIABLES or FILES Aggregator MATLAB microgrid (emulated) Data flows modbus XML files CA (MATLAB) Read activated CRP product Allocate CRP control setpoints among flexible resources Send CRP control setpoints Physical connections ETH Wireless Actual Flexibility Capacity Estimation Flexibility Activation Ask for flexibility capacity (2) Flexibility Activation Optimization of ugrid operation Gateway to remote signals Management of data traffic Logging EMS ugrid concentrator AC AC AC DC DC DC DC AC EMUL CTRL ES CTRL DER CTRL Switch (only 1 sw) PQ Control
22 ideal grid for all SLIDE 28 04/12/ Tampere Dissemination Activity 4 th December 2015 IREC setup 1 ASSETS: 1 Grid emulator 200 kw 1 Interconnection Switch 1 Microgrid central controller Energy management system Safety controller CONTROLLABLE NODES: Up to 6 DER emulators of 4 kw each 1 supercapacitor bank of 5 kw 1 lithium-ion battery of 10 kva (5 kw) USE CASES (LV): Flicker mitigation Grid emulator + Supercapacitors Microgrid islanding 1 Interconnection Switch + Lithium-ion battery + Safety controller
23 ideal grid for all SLIDE 29 04/12/ Tampere Dissemination Activity 4 th December 2015 IREC setup 2 ASSETS: 1 LV microgrid 1 PV emulator 1 battery 1 residential load emulator 1 digital simulator with power amplification 1 grid emulator CONTROLLABLE NODES: 1 HEMS with flexibility functionality USE CASES (MV/LV): CRP activation
24 ideal grid for all SLIDE 01/12/ Aachen, Germany Lab Demo Site Field Demo Site
25 ideal grid for all SLIDE 31 04/12/ Review meeting 5th May 2015 CC NR Control center SCADA/DMS MMS client HV/MV substation (simulated) OLTC CTRL MV PC NTP MV RT mon PSAU MMS server C MMS client Tertiary Control: CC Network Reconfiguration (NR) Market agent (MA) CC NR Phasor Data Concentrator (PDC) network real time MONitoring (MON) State Estimation (SE) Power Control (PC) MV PC MV/LV substation (simulated) MV RT mon RWTH SSAU MMS server DLMS/COSEM client MMS client network real time MONitoring (MON) State Estimation (SE) Power Control (PC) Use case tested LV and MV Monitoring LV and MV State estimation LV and MV Power Control Control center power control LV PC Switch MV RT mon MV RT mon Switch MV RT mon Customer (simulated) PMU PMU OLTC CTRL LV PC LV Cabinet (simulated) Switch Data flows modbus DLMS/COSEM MMS (report) MMS (control/substitute) GOOSE 104 WS Physical connections FO PLC ETH Wireless Serial Plain cable Building blocks Telecomm. device IED LV RT mon STATCOM CTRL AC DC SM SM SM DC AC DC AC DC AC EV CTRL ES CTRL PV CTRL Switch
26 ideal grid for all SLIDE 32 04/12/ Tampere Dissemination Activity 4 th December 2015 RWTH RTDS Alstom PMUs and GPS Unit PMU prototype
27 ideal grid for all SLIDE 33 04/12/ Tampere Dissemination Activity 4 th December 2015 Testing Platform for MV & LV monitoring & control systems RTDS Rack GTAO card (RTDS) Voltage and current converters Simulation Network GTNET (RTDS) Smart Meter PMU RSCAD Station Bus Process Bus PSAU SSAU IED
28 ideal grid for all SLIDE 34 04/12/ Tampere Dissemination Activity 4 th December 2015 Testing Platform for MV & LV monitoring & control systems Use Case : Monitoring and state estimation RTDS Rack GTAO card (RTDS) Analog voltage signals Simulation Network GTNET (RTDS) Voltage and current converters Analog current and voltage signals Smart Meter PMU RSCAD MMS SV MMS and DLMS/COSEM Station Bus Process Bus MMS PSAU SSAU MMS IED
29 ideal grid for all SLIDE 35 04/12/ Tampere Dissemination Activity 4 th December 2015 Testing Platform for MV & LV monitoring & control systems Use Case : Low voltage and medium voltage control RTDS Rack GTAO card (RTDS) Voltage and current converters Simulation Network GTNET (RTDS) Smart Meter PMU RSCAD MMS Station Bus Process Bus MMS PSAU SSAU IED MMS
30 ideal grid for all SLIDE 01/12/ Bronholm, Denmark Lab Demo Site Field Demo Site
31 ideal grid for all SLIDE 37 04/12/ Tampere Dissemination Activity 4 th December 2015 ØSTKRAFT (LV network) ASSETS: 1 Secondary substation 4 LV feeders monitoring equipment Smart meters 112 Weather station USE CASES: RT monitoring Load Forecaster State estimation State forecast
32 ideal grid for all SLIDE 38 04/12/ Tampere Dissemination Activity 4 th December 2015 ØSTKRAFT (LV network) Substation 29 Tejn Smart meter Concentrator LV Feeders Weather Station LV monitoring
33 ideal grid for all SLIDE 39 04/12/ Tampere Dissemination Activity 4 th December 2015 ØSTKRAFT (LV network) Example of a smart meter profile with 5 minute values:
34 ideal grid for all SLIDE 40 04/12/ Tampere Dissemination Activity 4 th December 2015 ØSTKRAFT (MV) ASSETS: 1 Primary substation 1 MV feeder 2 secondary substations MV USE CASES: FLISR
35 ideal grid for all SLIDE 41 04/12/ Tampere Dissemination Activity 4 th December 2015 OST MV monitoring and control equipment 29 Tejn MV switch gear 29 Tejn
36 ideal grid for all SLIDE 42 04/12/ Tampere Dissemination Activity 4 th December 2015 OST SSAU Switch
37 ideal grid for all SLIDE 01/12/ Madrid, Spain Lab Demo Site Field Demo Site
38 ideal grid for all SLIDE 44 04/12/ Tampere Dissemination Activity 4 th December 2015 UFD (LV) ASSETS: 2 Secondary substations; 10 LV feeders; 240 loads + DERs CONTROLLABLE NODES: LV network reconfiguration Control of DERs USE CASES (LV): RT monitoring State estimation Power control State Forecast Load & Generation Forecast
39 ideal grid for all SLIDE 45 04/12/ Tampere Dissemination Activity 4 th December 2015 UFD
40 ideal grid for all SLIDE 46 04/12/ Tampere Dissemination Activity 4 th December 2015 UFD deployment Mapping information from MODBUS to IEC61850 PV panels Wind Turbine Physical device = UCSLIN_1 Logical device = LININVMCA GGIO1 Gas Generator LV Supervisor Electric Vehicle Logical Node = GGIO01 (Generic Input/Output Data) Data Object = AnIn Analogue Input Data Object = AnOut Contr.Analogue Output Data Object = Ind General Indication Data Attributes mag: Analog. Value q: Quality T: TimeStamp Data Attributes Oper: INT32 Data Attributes stval: INT32 Q: Quality T: TimeStamp
41 ideal grid for all SLIDE 47 04/12/ Tampere Dissemination Activity 4 th December 2015 UFD deployment SAU Data Base Algorithms State Estimator Power Control Load Forecast State Forecast SERVER Data from: PV Wind Turbine Gas Generator Electric Vehicle LV Supervisor Meter Data Concentrator (instant values)
42 ideal grid for all SLIDE 48 04/12/ Tampere Dissemination Activity 4 th December 2015 UFD deployment Status Interface: last importation, status, error detection Data Monitoring Interface:
Smart Grids: bridging the gap between design and. implementation. IDE4L Symposium, Brescia 18 th May Davide Della Giustina
Smart Grids: bridging the gap between design and ideal grid for all implementation IDE4L Symposium, Brescia 18 th May 2016 Davide Della Giustina Unareti SpA, Smart Grid Department, Italy davide.dellagiustina@unareti.it
Voltage control in MV and LV grid Distributed automation solution. Sami Repo Tampere University of Technology, Finland Coordinator of IDE4L project
1 Voltage control in MV and LV grid Distributed automation solution Sami Repo Tampere University of Technology, Finland Coordinator of IDE4L project 2 Content IDE4L project Problem of voltage control in
Deliverable 1.2: Plan for the use and dissemination of foreground
Project no: 608860 Project acronym: IDE4L Project title: IDEAL GRID FOR ALL Deliverable 1.2: Plan for the use and dissemination of foreground Due date of deliverable: 31.10.2016 Actual submission date:
Developing an IDE4L Grid
Developing an IDE4L Grid Presenter: Antonino Riccobono, Ph.D. RWTH Aachen University Project Coordinator: Prof. Sami Repo Tampere University of Technology 5 th November 2014 SLIDE 2 Contents Overview of
IDE4L project overview and ANM concept. Distributed automation system
SLIDE 1 IDE4L project overview and ANM concept Aggregator concept Developed functionalities Distributed automation system Demonstrations Conclusions SLIDE 2 1. Use Cases 2. SGAM Architecture 3. Implementation
Trends in Distribution Automation for Active Distribution Grids. Univ.-Prof. Antonello Monti, Ph.D.
Trends in Distribution Automation for Active Distribution Grids Univ.-Prof. Antonello Monti, Ph.D. Future Energy Systems 2 Key Ingredients 3 An evolving view of the customer role Customer 1.0 No connectivity
Technical Spotlight DEMO6-S6
Technical Spotlight DEMO6-S6 Spotlight on BPL communication implemented in DEMO6 This project has received funding from the European Union s Seventh Framework Programme for research, technological development
Karl Iliev, San Diego Gas & Electric Company
INTEGRATING DER THROUGH DISTRIBUTION SYNCROPHASORS Karl Iliev, San Diego Gas & Electric Company 2002 San Diego Gas and Electric Co. and Southern California Gas Company. All copyright and trademark rights
Deliverable 6.3: Emulation of the aggregator management and its interaction with the TSO-DSO
Project no: 608860 Project acronym: IDE4L Project title: IDEAL GRID FOR ALL Deliverable 6.3: Emulation of the aggregator management and its interaction with the TSO-DSO Due date of deliverable: 31.05.2016
Pienjänniteverkon jännitetason hallinta
Pienjänniteverkon jännitetason hallinta ideal grid for all Voltage management of low voltage network Sami Repo SLIDE 2 12/02/2014 WWW.IDE4L.EU - Sami Repo Content Low voltage network scenarios Low voltage
Microgrids: Building Blocks of the Smart Grid Adaptive Protection Schemes for Microgrids
Enrico Ragaini (ABB Low Voltage Products), Alexandre Oudalov (ABB Corporate Research), ISGT Europe 2012, Berlin Microgrids: Building Blocks of the Smart Grid Adaptive Protection Schemes for Microgrids
Evolution of Control for the Power Grid
Evolution of Control for the Power Grid Anjan Bose Washington State University Pullman, WA, USA PaiFest In Honor of Prof. M. A. Pai Urbana-Champaign, IL October 15, 2015 The Past (before 1960s) Hard
Building A Resilient and Secure Power Grid A UCF Microgrid Demo
Building A Resilient and Secure Power Grid A UCF Microgrid Demo Wei Sun, Assistant Professor of Zhihua Qu, Professor & Chair of ACE Conference December 4 th, 2017 Cascading Failures 2003 U.S. Northeast
Smart Energy Systems Laboratory. Overview. Department of Energy Technology Aalborg University
Smart Energy Systems Laboratory Overview Department of Energy Technology Aalborg University 1 Background SmartC2Net, EU FP7 ( 4.9M), 2012 2015 www.smartc2net.eu Mission: To develop, implement and validate
Cyber Security of Power Grids
Cyber Security of Power Grids Chen-Ching Liu Boeing Distinguished Professor Director, Energy Systems Innovation Center Washington State University In Collaboration with M. Govindarasu, Iowa State University
SENSIBLE Project Technical innovations
Energising Communities: Nottingham s Energy Revolution SENSIBLE Project Technical innovations Filipe Guerra EDP Labelec October 18th, 2018 SENSIBLE Overview and highlights Scope Demonstration of energy
University of Strathclyde
University of Strathclyde Validation of the EFCC scheme at the Power Networks Demonstration Centre (PNDC) Prof Campbell Booth EFCC Academic Dissemination Event Glasgow, 19/06/2018 Dr Qiteng Hong, Dr Ibrahim
Background Smart Grid is changing the way we do business Fit and forget or Smart Grids? Different levels in automation
Content Background Smart Grid is changing the way we do business Fit and forget or Smart Grids? Different levels in automation SGEM Highlights from different automation levels Process: Low-cost fault indicator
SDG&E s EPIC Demonstration Projects on Emerging Communication Standards. IEC Europe 2017 Conference. Frank Goodman, SDG&E EPIC Program Manager
SDG&E s EPIC Demonstration Projects on Emerging Communication Standards Frank Goodman, SDG&E EPIC Program Manager IEC 61850 Europe 2017 Conference September 26-28, 2017 2017 San Diego Gas & Electric Company.
Future plans/changes in the grid - Grid4EU. Ilaria Losa - RSE SpA Daniele Stein ENEL SpA Lars Jendernalik RWE SpA Paul Douard - ERDF
Future plans/changes in the grid - Grid4EU Ilaria Losa - RSE SpA Daniele Stein ENEL SpA Lars Jendernalik RWE SpA Paul Douard - ERDF A major EU FP7 Smart Grids project led by six DSOs... Project led by
Smart Grid solutions. Reliable innovation. Personal solutions. Public distribution. System LEVEL 2. Communications LEVEL 1. Network LEVEL 0 ADA SCADA
ADA GIS Operator Distribution Public distribution ADA SCADA LEVEL 2 DATA COMMANDS System LEVEL 1 Communications LEVEL 0 Network Smart Grid solutions Reliable innovation. Personal solutions. Smart Grid
Smart Controller / Meter Concentrator
www.efacec.com Smart Controller / Meter Concentrator Part of the SmartGate product family, the G Smart is an innovative controller for distribution networks that integrates both MV and LV network control
Power System Network Simulator (PSNsim)
The PSNsim is hardware simulator that simulates all parts of power system from generation to utilization. The PSNsim is a scaled down model of the real power system that provides an experimental environment
POWER GRID AUTOMATION. Pág.. n. RMU Automation
POWER GRID AUTOMATION RMU Automation Distribution Network Non-Controlled Secondary Distribution Systems Distribution Network RMU Automation - Levels RMU Automation - RTU / FRTU SMART CONTROLLER Monitoring
Smart grid control based on heterogeneous communications and adaptive layers
SmartGridComm 2014: Workshop "Managing Heterogeneous and Secure Communication Networks for Smart Grids" Smart grid control based on heterogeneous communications and adaptive layers Hans-Peter Schwefel
Evolution of Control for the Power Grid
Evolution of Control for the Power Grid Anjan Bose Washington State University Pullman, Washington, USA University of Seville Seville, Spain June 17, 2016 THE INTERCONNECTED GRID Economics Transfer electric
NETWORK CONTROL SOLUTIONS BASED ON AN EDGE COMPUTING ARCHITECTURE Open Field Message Bus (FMB) Brussels (Belgium) December 2015
NETWORK CONTROL SOLUTIONS BASED ON AN EDGE COMPUTING ARCHITECTURE Open Field Message Bus (FMB) Brussels (Belgium) December 2015 INDEX 01 Utilities Trends: Towards a Smart Grid 02 Edge Computing Architectures
Advanced Protection and Control Technologies for T&D Grid Modernization
Advanced Protection and Control Technologies for T&D Grid Modernization i-pcgrid Workshop San Francisco, CA March 31, 2016 Jeff Shiles, Principal Manager Protection & Automation Engineering Southern California
ADVANCED SYSTEM ARCHITECTURE AND ALGORITHMS FOR SMART DISTRIBUTION GRIDS: THE SUSTAINABLE APPROACH
ADVANCED SYSTEM ARCHITECTURE AND ALGORITHMS FOR SMART DISTRIBUTION GRIDS: THE SUSTAINABLE APPROACH André MADUREIRA Ricardo BESSA Luís SECA INESC TEC Portugal INESC TEC Portugal INESC TEC Portugal andre.g.madureira@inesctec.pt
Local Area Monitoring System (LAMS) for Microgrid
Local Area Monitoring System (LAMS) for Microgrid March 6, 2012 update for Korea Electrotechnology Research Institute Illinois Institute of Technology, Korea Electrotechnology Research Institute (KERI)
University of Strathclyde
University of Strathclyde Validation of the EFCC scheme at the Power Networks Demonstration Centre (PNDC) Dr Qiteng Hong, Dr Ibrahim Abdulhadi and Prof Campbell Booth 0 Overview Brief introduction to PNDC
Adaptive Protection in Distribution power networks
1 Adaptive Protection in Distribution power networks Vasilis Kleftakis, Vasileios Papaspiliotopoulos, George Korres, Nikos Hatziargyriou vkleftakis@power.ece.ntua.gr Smart RUE: Smart grids Research Unit
Smart Grid at the DSO - Eandis. 1 oktober 2014
Smart Grid at the DSO - Eandis 1 oktober 2014 Eandis in the Energy market Regulator CREG / VREG Producers Electricity Import Natural Gas Elia Distribution Grid Operator Fluxys Suppliers Customers Eandis
ADINE EU DEMONSTRATION
ADINE EU DEMONSTRATION PROJECT OF ACTIVE DISTRIBUTION NETWORK Sami Repo Tampere University of Technology Finland Distributed Generation DG Increased DG penetration is expected New products New connection
Challenges and Experiences using 4DIAC for Smart Grid Laboratory Automation
Challenges and Experiences using 4DIAC for Smart Grid Laboratory Automation Successful Usage of the 4DIAC Environment Filip Andrén and Thomas Strasser Electrical Energy Systems Energy Department Presented
SEEEI Electricity 2017 Fast & Secure Switching via LTE Mobile Networks
SEEEI Electricity 2017 Fast & Secure Switching via LTE Mobile Networks Eilat Dr.-Ing. Ali Inan Vice-President / Head of Development EFR GmbH MV/LV networks becoming Smart Grids: Changes / Implications
Product Catalogue. v 1.0
2016 Product Catalogue v 1.0 CINERGIA develops and supplies AC and Regenerative Power Converters for Industrial, R&D and Academic applications Who we are CINERGIA is the result of more than ten years
A Multi-Agent-Based Smart Grid Control Approach. ComForEn 2012 Session D: Smart Grid Funktionalitäten
AUTOMATION & CONTROL INSTITUTE INSTITUT FÜR AUTOMATISIERUNGS- & REGELUNGSTECHNIK A Multi-Agent-Based Smart Grid Control Approach ComForEn 2012 Session D: Smart Grid Funktionalitäten Alexander Prostejovsky
Demonstration Test Bed for Advanced Control Systems
Demonstration Test Bed for Advanced Control Systems Christopher R Clarke Senior Engineer SCE Advanced Technology June 22, 2016 1 Advanced Distribution Control Systems Introduction of customer adoption
Jose Molina Sales Manager, Global Asset - RTU500 Series (Germany)
X JORNADAS TECNICAS - ABB EN CHILE, 12 DE ABRIL 2017 Distribution Automation Solution with RTU500 series Jose Molina Sales Manager, Global Asset - RTU500 Series (Germany) Agenda Why RTUs in Distribution
Smart. Simple. Reliable. 600mm 1,100mm 600mm ( ft.) Weight 80 kg (176.4 lb.) [1] Protection Rating Ground-Mounted, Wall-Mounted, Rack-Mounted
![Smart. Simple. Reliable. 600mm 1,100mm 600mm ( ft.) Weight 80 kg (176.4 lb.) [1] Protection Rating Ground-Mounted, Wall-Mounted, Rack-Mounted](/thumbs/93/113353328.jpg "Smart. Simple. Reliable. 600mm 1,100mm 600mm ( ft.) Weight 80 kg (176.4 lb.) [1] Protection Rating Ground-Mounted, Wall-Mounted, Rack-Mounted")
ACU2000 Series ACU2000 ( Array Controller Unit) is a powerful integration of PV array communication and other smart functions. built-in Anti-PID module built-in (optional) Multiple communication interfaces
Message Box ( Arial, Font size 18 Bold)
ed Operational Presentation Excellence through Title ( Arial, Automation Font size 28 ) Date, Venue, etc..( Arial, Font size 18 ) Jacob Joseph 02 nd Nov 2012 CII conference, New Delhi Outline Tata Power
CIRED Workshop - Helsinki June 2016 Paper 0406 ABSTRACT INTRODUCTION SMART DISTRIBUTION NETWORKS
CO-SIMULATION OF ICT TECHNOLOGIES FOR SMART DISTRIBUTION NETWORKS Gianni CELLI Michele GARAU Emilio Ghiani University of Cagliari Italy University of Cagliari Italy University of Cagliari Italy celli@diee.unica.it
Fault and outage management
WEBINAR, SEPTEMBER 2017 Distribution Automation for electrical grids Fault and outage management Alain Aurus, Theodoros Oikonomou, Yasmine Vögele Introduction Facility Management Use the detach button
How smart can the grid really be?
How smart can the grid really be? by Dale Pudney, HVT Power Systems and Luo Wei, NR Electric With the improvement of electronic communications and computing technology, it becomes possible to integrate
List of Communication Requirements within Microgrid
Project Milestone Report Microgrid Positioning www.ugrip.eu MILESTONE M4.2. List of Communication Requirements within Microgrid Project Acronym ugrip Project Number 229 Funding Scheme Project Start Date
SmartNet Pilots: The demonstration of the different TSO-DSO coordination schemes and market structures
Smart TSO-DSO interaction schemes, market architectures and ICT Solutions for the integration of ancillary services from demand side management and distributed generation The Global Forum Electricity Ancillary
POWER-ONE ITALY, 5 TH JUNE 2018 Cloud, Big Data & Cyber Security. Business, Opportunities and Risks
POWER-ONE ITALY, 5 TH JUNE 2018 Cloud, Big Data & Cyber Security Business, Opportunities and Risks Overview Cloud, Big Data & Cyber Security Summary Cloud: scalable, adaptable, cost effective but not under
Energy Storage Systems Utilizing the SunDial Plus 30PV+S Inverter
APPLICATION NOTE 601 Energy Storage Systems Utilizing the SunDial Plus 30PV+S Inverter CONTENTS 1.0 Purpose and Scope.... 1 2.0 Disclaimer.... 1 3.0 Overall Energy Storage System... 1 4.0 Electrical Interfaces...
The current state of the electrical grid And the technologies that will enable its transformation
ABB POWER GRIDS The current state of the electrical grid And the technologies that will enable its transformation IEEE POWER & ENERGY SOCIETY - SUBSTATIONS COMMITTEE May 7-11 th Agenda State of the Industry
Digital Transformation of Power Delivery
Digital Transformation of Power Delivery Keynote Speech Professor Saifur Rahman, PhD Virginia Tech, USA IEEMA Engineer Infinite Conference, Delhi NCR, India, 14 March 2018 Traditional Electricity Delivery
Inverter grounding and overvoltages. Michael Ropp, Ph.D., P.E. Northern Plains Power Technologies
1 Inverter grounding and overvoltages Michael Ropp, Ph.D., P.E. Northern Plains Power Technologies 2 Scope This presentation will focus on inverter-based DG Includes all DC and variable-frequency primary
Smart Grid Vision DRAFT FOR DISCUSSION PURPOSES ONLY
Smart Grid Vision Vision Statement PG&E s vision for the Smart Grid: Smart Grid will leverage advanced communications and control technology to transform the operation of our electric network, from generation
IEEE PES Swiss Chapter Workshop: Microgrids Evolution and Integration in Modern Power Systems
Alexandre Oudalov, ABB Switzerland Ltd., Corporate Research, 2014-04-30 Microgrid Protection IEEE PES Swiss Chapter Workshop: Microgrids Evolution and Integration in Modern Power Systems Microgrid Protection
HIL POWER SYSTEM RESEARCH FROM SIMULATION TO FIELD DEMONSTRATION Center for Electromechanics University of Texas at Austin
HIL POWER SYSTEM RESEARCH FROM SIMULATION TO FIELD DEMONSTRATION Center for Electromechanics University of Texas at Austin Hardware-in-the-Loop (HIL) The control and protection strategies are ultimately
The Role of Real Time Digital Simulation into the Power Systems Development
The Role of Real Time Digital Simulation into the Power Systems Development Guillaume PISSINIS Sales Manager guillaume.pissinis@opal-rt.com Click to add author Aalborg University Denmark March 2017 Summary
Electric Power HIL Controls Collaborative
Electric Power HIL Controls Collaborative Chris Smith Microgrid and DER Controller Symposium 2/16/2017 MIT Lincoln Laboratory This work is sponsored by the Department of Energy, Office of Electricity Delivery
Blueprint Data Center
Systems and Applications for Data Center Siemens Industy 1. Overview / Purpose In EM EA the datacenter market is seen as one of the fastest growing of the energy businesses. This blueprint is designed
November 29, ECE 421 Session 28. Utility SCADA and Automation. Presented by: Chris Dyer
ECE 421 Session 28 November 29, 2018 Utility SCADA and Automation Presented by: Chris Dyer Utility SCADA & Automation Chris Dyer, P.E. BSEE University of Idaho, 1997 SCADA & Automation Engineer POWER Engineers,
Smart Grid Communications. WFCS 2016 May 3-6, 2016, Aveiro, Portugal
Smart Grid Communications WFCS 2016 May 3-6, 2016, Aveiro, Portugal Agenda EFACEC Overview Smart Grids Communications Substation Automation System (SAS) Communications Conclusions Efacec is present in
Exchange of Data and Models between Control Centers
Exchange of Data and Models between Control Centers Anjan Bose Washington State University Pullman, WA, USA EPCC Workshop Bled, Slovenia May 18-20, 2015 West European Power Grid Balancing Authorities
Hierarchical and distributed control concept for distribution network congestion management
Tampere University of Technology Hierarchical and distributed control concept for distribution network congestion management Citation Kulmala, A., Alonso, M., Repo, S., Amaris, H., Moreno, A., Mehmedalic,
IEC TC57 WG15 - Cybersecurity Status & Roadmap
INTERNATIONAL ELECTROTECHNICAL COMMISSION IEC TC57 WG15 - Cybersecurity Status & Roadmap June, 2012 Frances Cleveland Convenor WG15 Mission and Scope of WG15 on Cybersecurity Undertake the development
SCADA OVER TETRA. Patrick Colling May 2016
SCADA OVER TETRA Patrick Colling May 2016 Patrick Colling Managing Director of CoCo elements Deployment of the FO network in close collaboration with third parties relating to the design/engineering, implementation,
UniSec, MV AIS for Secondary Distribution Smart Grid applications
Ing. Natalia Moizzes- Switchgear Product Specialist Chile Abril 14 th 2015 UniSec, MV AIS for Secondary Distribution Smart Grid applications Slide 1 Concept - Needs and Solutions Requests are: Manage faults
Smart Grid Operations - Clemson University Research, Education and Innovation-Ecosystem Opportunities
Smart Grid Operations - Clemson University Research, Education and Innovation-Ecosystem Opportunities G. Kumar Venayagamoorthy, PhD, FIET, FSAIEE Duke Energy Distinguished Professor & Director & Founder
Real-time Monitoring of the EPFL Campus Distribution Network using PMUs
Real-time Monitoring of the EPFL Campus Distribution Network using PMUs C-DAX is funded by the European Union's Seventh Framework Programme (FP7-ICT-2011-8) under grant agreement n 318708 Herman Bontius
IEEE Distribution Automation Working Group
IEEE Distribution Automation Working Group Tuesday 26 June Tampa, Florida EDF Distribution system of the future and DA roadmap 1 EDF Group at a glance United Kingdom EDF Energy 8 M customers 16 GW capacity
PREEMPTIVE Preventive methodology and tools to protect utilities
PREEMPTIVE Preventive methodology and tools to protect utilities http://preemptive.eu/ Ignasi Cairó 15 October 2015 Brussels With the financial support of FP7 Seventh Framework Programme Grant agreement
Testing an IEC61850 compliant voltage control algorithm, using a real-time simulation
Testing an IEC61850 compliant voltage control algorithm, using a real-time simulation Munich, 7-8 June 2016 Fraunhofer IWES, Kassel frank.marten@iwes.fraunhofer.de Table of contents Introduction OpSim
DRTS-DRTS Link for Distributed Real Time Simulation. Dr. Rob Hovsapian
DRTS-DRTS Link for Distributed Real Time Simulation Dr. Rob Hovsapian Digital Real Time Simulator High-fidelity transient power system simulation Time-domain solutions of dynamic system behaviors System
Real-Time Hardware-in-the- Loop Co-Simulation Platform for Microgrid Analysis
Real-Time Hardware-in-the- Loop Co-Simulation Platform for Microgrid Analysis Martine Chlela, Carlos Rangel, Geza Joos McGill University Electric Energy Systems Laboratory 5-8 September 2017 Outline 2
SEL Real-Time Automation Controller (RTAC)
SEL Real-Time Automation Controller (RTAC) Product Family Rugged, deterministic, and reliable automation controllers for any environment 1 ms deterministic processing intervals support critical protection
October 05, ECE 421 Session 12. Utility SCADA and Automation. Presented by: Chris Dyer
ECE 421 Session 12 October 05, 2017 Utility SCADA and Automation Presented by: Chris Dyer Utility SCADA & Automation Chris Dyer, P.E. BSEE University of Idaho, 1997 SCADA & Automation Engineer POWER Engineers,
Anualidad EPRI Pre-Conference Workshop
Proyecto CENIT-DENISE CENIT-DENISE Project unto Summary de Situación for Fin de la Primera Anualidad EPRI Pre-Conference Workshop (Abril 2007-Abril 2008) Nice, France December 09 2008 The DENISE Project
Specifications SmartACU2000B-D-PLC SmartACU2000B-D-2PLC SmartACU2000B-D-PID/PLC SmartACU2000B-D-2PID/2PLC Configuration
ACU2000B ACU2000B ( Array Controller) is a powerful integration of PV array communication and other smart functions. What s more, it supports 1000V/1100V/1500V DC system perfectly. built-in PID2000 module
Resilient Smart Grids
Resilient Smart Grids André Teixeira Kaveh Paridari, Henrik Sandberg KTH Royal Institute of Technology, Sweden SPARKS 2nd Stakeholder Workshop Cork, Ireland March 25th, 2015 Legacy Distribution Grids Main
Venteea - A Smart Grid demonstrator for the DRES integration on the MV distribution networks.
Venteea - A Smart Grid demonstrator for the DRES integration on the MV distribution networks www.venteea.fr/en/ Agenda Quick Overview of VENTEEA project MV Distribution State Estimator (DSE) L éolien 8,1
SICAM RTUs Ready for the Future
SICAM RTUs Ready for the Future, RC-AT EM DG PRO LM siemens.com SICAM RTUs News Overview SICAM A8000 Series SICAM Engineering SICAM AK3 Page 2 SICAM RTUs News Overview SICAM A8000 Series SICAM Engineering
Power Systems Experience Center Pittsburgh. Powering industry through education
Power Systems Experience Center Pittsburgh Powering industry through education TRAINING TESTING DEMONSTRATING Pittsburgh, Pennsylvania, USA Houston, Texas, USA Peachtree City, Georgia, USA Raleigh, North
Smart Grid Labs. Overview
Smart Grid Labs Overview introduction SGL provides our clients multi-faceted assessment services for communications, security, standards compliance, technology/vendor maturity, and implementation assistance
Digital substations. Introduction, benefits, offerings
Digital substations Introduction, benefits, offerings Outline What is a digital substation? Benefits of digital substations ABB offering for digital substations Substation evolution June 26, 2017 Slide
Feb, EXIMPROD GRUP Business Unit SCADA
Feb, 2013 EXIMPROD GRUP Business Unit SCADA Summary SCADA Business Unit Overview Applications and Case Studies Software Development Main Clients and Partners SCADA Business Unit Overview Business Unit
Power Distribution Automation Solution Smart Grid Data Aggregation. Patrick Pipet IEA/ADEME Workshop XVII may 18th, 2011
Power Distribution Automation Solution Smart Grid Data Aggregation Patrick Pipet IEA/ADEME Workshop XVII may 18th, 2011 The energy dilemma is here to stay The facts The need Energy demand By 2050 Electricity
Integrated monitoring system for power transformers and hydro generators as an asset management and "smart grid" component. Miroslav Poljak, Ph.
Integrated monitoring system for power transformers and hydro generators as an asset management and "smart grid" component Miroslav Poljak, Ph.D Monitoring - Definition On-line monitoring system (MS) is
Implementation of a Power Line Carrier solution to support anti-islanding protection and reduce interconnection costs for Distributed Generation
Implementation of a Power Line Carrier solution to support anti-islanding protection and reduce interconnection costs for Distributed Generation Jorge Valenzuela Cleveland, Oct 2017 Background NG Solar
Sigbert Reimann, Remote Control Forum, Datum 9. October 2013 RTU - Review and News. ABB Network Management Forum December 10, 2013 Slide 1
Sigbert Reimann, Remote Control Forum, Datum 9. October 2013 RTU - Review and News ABB Network Management Forum December 10, 2013 Slide 1 Content Overview over the RTU500 series Product News New CMU in
Feeder Hosting Capacity and Impacts of Distribution Connected Generation. NGN Tutorial. Prepared for GOTF October 22, 2017
Feeder Hosting Capacity and Impacts of Distribution Connected Generation NGN Tutorial Matthew Rylander, PhD Technical Leader Power System Studies Electric Power Research Institute mrylander@epri.com Prepared
Integrated Smart Grid Performance Testing: NIST Research and SG Testbed
Integrated Smart Grid Performance Testing: NIST Research and SG Testbed Jerry FitzPatrick National Institute of Standards and Technology Applied Electrical Metrology Group i-pcgrid March 28, 2018 Energy
THE ENEL SMART GRID TEST SYSTEM: A REAL-TIME DIGITAL SIMULATOR-BASED INFRASTRUCTURE
THE ENEL SMART GRID TEST SYSTEM: A REAL-TIME DIGITAL SIMULATOR-BASED INFRASTRUCTURE Gianluca Sapienza Gianpatrizio Bianco Giorgio Di Lembo Enel Distribuzione Italy Enel Distribuzione Italy Enel Distribuzione
Alexandre Oudalov, ABB Corporate Research, Santiago 2013 Symposium on Microgrids. New Technologies for Microgrid Protection
Alexandre Oudalov, ABB Corporate Research, 2013-09-11 Santiago 2013 Symposium on Microgrids New Technologies for Microgrid Protection New technologies for microgrid protection Outline Introduction What?
Energy Storage Systems Utilizing the Stabiliti PCS
APPLICATION NOTE 602 Energy Storage Systems Utilizing the Stabiliti PCS CONTENTS 1.0 Purpose and Scope.... 1 2.0 Disclaimer.... 1 3.0 Overall Energy Storage System... 1 4.0 Electrical Interfaces... 2 AC
Grid Automation Controller COM600 How it fits into the Smart Grid?
ABB Oy Distribution Automation Grid Automation Controller How it fits into the Smart Grid? May 27, 2014 Slide 1 1MRS756763 E Content Technical Presentation May 27, 2014 Slide 2 Description Grid Automation
State Estimation for Distribution Networks Definition
2012-10-17 Optimal Measurement Placement for State Estimation in Smart Grids Nuno Silva (Presenter) Alberto Rodrigues www.efacec.com State Estimation for Networks Definition Because of the tremendous number
CIM for data exchange within a DMS for electric distribution networks. Giulia Troglio, Federico Silvestro
for data exchange within a DMS for electric distribution networks Giulia Troglio, Federico Silvestro Users Group Spring 203 Meeting www.smartgen.it Outline The SmartGen Project Project Architecture The
INTELLIGENCE FOR SMART GRIDS LAST MILE
INTELLIGENCE FOR SMART GRIDS LAST MILE Bruno OPITSCH Manfred HASLINGER Markus SPANGLER Siemens AG Germany Siemens AG Austria Siemens AG - Germany Bruno.opitsch@siemens.com Manfred.haslinger@siemens.com
Use Case Analysis of Real-Time Low Voltage Network Management
1 Use Case Analysis of Real-Time Low Voltage Network Management S. Repo*, D. Della Giustina, G. Ravera, L. Cremaschini, S. Zanini, J. M. Selga and P. Järventausta Abstract-- Real-time low voltage network
Demonstration of the UPGRID project urban network of the future
Demonstration of the UPGRID project urban network of the future SŁAWOMIR NOSKE, DOMINIK FALKOWSKI ENERGA-OPERATOR SA e-mail: {slawomir.noske/dominik.falkowski}@energa.pl 1. Introduction Sustainable development,
(to be centred) Coordination of Protection and Automation in Future Networks
21, rue d Artois, F-75008 PARIS Type here your Paper reference BOLOGNA 2011 http : //www.cigre.org (to be centred) Coordination of Protection and Automation in Future Networks Javier Amantegui (ES), Volker
MONITORING AND CONTROL REQUIREMENTS FOR DISTRIBUTED GENERATION FACILITIES
MONITORING AND CONTROL REQUIREMENTS FOR DISTRIBUTED GENERATION FACILITIES 1. Introduction Real time monitoring and control is necessary to ensure public and employee safety and to protect the integrity