Voltage Collapse In Wind Power System Yuhan Zhang UNI: yz2500 ELEN E9501 Presentation.

Slides:



Advertisements
Similar presentations
Peter Chung (ID: pwc140030) Class: EMS in Software Engineering Course: Advanced Requirements Engineering (CS/SE 6361), Fall 2014.
Advertisements

Effects of high penetration levels of photovoltaic generation Observations from field data Amir Toliyat, Alexis Kwasinski and Fabian Uriarte The University.
Smart Grid Applications: Viewpoint of an Electrical Power Engineer Francisco de Leon October 2010.
The Electric Grid Technology of Energy Seminar Series Matthew Glazer January 2015 I am a Ph.D. student in Materials Science.
EStorage First Annual Workshop Arnhem, NL 30, Oct Olivier Teller.
Electrical demand in the future through the eyes of the tragedy of the commons problem.
Contributed Talk at NetSci 2007
W. Peng, Student Member, IEEE Y. Baghzouz, Senior Member, IEEE Department of electrical & Computer engineering University of Nevada, Las Vegas (USA) THE.
Improving Reliability and Performance of Electric Power Grids by Using High Performance Computing Eugene A. Feinberg Department of Applied Mathematics.
ECE 333 Renewable Energy Systems Lecture 13: Per Unit, Power Flow Prof. Tom Overbye Dept. of Electrical and Computer Engineering University of Illinois.
ICT FOR OPTIMIZING SYNERGIES AMONG ENERGY GRIDS IN SMART CITIES S. Caneva & I. Weiss, WIP – Renewable Energies Sustainable Places, Nice, France, 1 st October.
Nov Voltage Collapse in Electrical Power Systems by Zivan Zabar ECE Dept.
RENEWABLE ENERGY INTEGRATION IN OFF-GRID APPLICATIONS:
KING FAHAD UNIVERSITY OF PETROLUEM & MINERALS DEPARTMENT OF ELECICAL ENGINEERING EE-306 PROJECT REACTIVE POWR PREPARE BY Yasre Ahmed Saleh ID#
Terry Chandler Power Quality Inc, USA Power Quality Thailand LTD Sept /6/20091www.powerquality.org all rights reserve.
1 Voltage Stability and Reactive Power Planning Entergy Transmission Planning Summit New Orleans, LA July 8, 2004 Entergy Transmission Planning Summit.
Generator Data Submittals 5/8/ Transmission Customer Forum Bob Jones Transmission Planning Southern Company Transmission 5/8/ Transmission.
Review of BPA Voltage Control Conference
THE TRES AMIGAS SUPERSTATION Southwest Renewable Energy Conference Santa Fe, NMSeptember 16 th 2010 UNITING THE NATION’S ELECTRIC POWER GRID.
Economy and calculations If 4 million households are provided with smart power cells, the total price of generators, all equipment and software will be.
Power System 2002 Conference: Impact of Distributed Generation CLEMSON UNIVERSITY ELECTRIC POWER RESEARCH ASSOCIATION 1 Distribution Capacitor Placement.
Copyright © 2011 Power Analytics Corp. The Evolution of the Microgrid A microgrid is an integrated energy system with: –Co-located power generation sources.
Results of Geothermal Power Survey of Electric G&T Cooperatives Robert Putnam, CH2M HILL Bob Gibson, NRECA Steve Lindenberg, Lindenberg Consulting.
Smart Grid m Yumiko Kimezawa August 12, 20111Colloquium.
Campus da FEUP Rua Dr. Roberto Frias, Porto Portugal T F © 2009 Integração.
Voltage Collapse M. H. Sadeghi Winter 2007 KNTU. Power System Stability IEEE: Power system stability is defined as the capability of a system to maintain.
1 The Tres Amigas SuperStation VLPGO November 2011.
VISUALIZATION WHY WE NEED SYNCHROPHASOR TECHNOLOGY IN OPERATIONS John Ballance – EPG Presented to ERCOT Phasor Technology Workshop – November 16, 2012.
United States Grid Security and Reliability Control in High Load Conditions Christopher Lanclos—Mississippi Valley State University Research Alliance in.
Making the Grid “Smarter”: Technology and Behavior Modification Brian Hardison Pi Beta Phi Elementary School Abstract From my time at CURENT, my goal was.
Microgrid Concepts and Distributed Generation Technologies
Countries of Europe France Spain Italy Germany Which country is this?
The Smart Grid: A Brief Introduction Qinran Hu Ph.D. Candidate Jun 12 th, 2014 Knoxville, Tennessee.
1 Novel Capabilities of Power Quality Monitoring at the Smart Grid Netzah Calamaro, Yuval Beck, Doron Shmilovitz Israel Electric Company, TAU energy conversion.
Frankfurt (Germany), 6-9 June 2011 Smart Grid Protection in China Wu Guopei Guangzhou Power Supply Bureau Guangdong Power Grid, China.
GE Energy GE 2.x Zero Power Voltage Regulation Measurement Results Vincent Schellings.
My Time in CURENT Graham Treasure. Quick Recap First semester – Electrical theory – Introduction to programming – I already gave this talk Second Semester.
Transmission Equivalence Richard V. Kowalski Manager, Transmission Planning ISO New England.
Thevenin Equivalent Estimation for Voltage Instability Prediction BY MARK NAKMALI MENTOR DENIS OSIPOV 1.
Consumer Education Challenge 1000 kwh x rate/kwh = $ Billed Amount When asked about energy usage, the customer receives this…… But really understands this…………
Asian Institute of Technology, Energy field of study1 INTERCONNECTION OF PHOTOVOLTAIC BASED GENERATION AND ITS IMPACT ON STABILITY OF ELECTRIC POWER SYSTEM.
Steady State Analysis Of A Microgrid Connected To A Power System
MATLAB SIMULINK WORKSHOP
Frankfurt (Germany), 6-9 June Astrid Petterteig, SINTEF Energy Research, Norway – Paper 0840 Presented by Dag Eirik Nordgård, SINTEF Energy Research.
1 © A. Kwasinski, 2015 Cyber Physical Power Systems Fall 2015 Security.
TRANSMISSION CONSTRAINTS KENNETH A. DONOHOO, P.E. Manager of System Planning, Technical Operations
Name Of The College & Dept
Optimal Power Flow- Basic Requirements For Real Life Their Problems And Solutions.
Smart Grid Schneider Electric Javier Orellana
Oncor Transmission Service Provider Kenneth A. Donohoo Director – System Planning, Distribution and Transmission Oncor Electric Delivery Co LLC
Smart Grid Vision: Vision for a Holistic Power Supply and Delivery Chain Stephen Lee Senior Technical Executive Power Delivery & Utilization November 2008.
Energy Storage Modeling for Distribution Planning Roger C. Dugan Jason A. Taylor Davis Montenegro EPRI.
Frankfurt Intelligent Buildings and Big Data Greg Walker, Research Director CABA (Continental Automated Buildings.
V Winnipeg 2015 / Aug. 31 – Sept. 02 CIGRE Canada 2015 Conference No. 680 W.K.HVDC Engineering INNOVATIVE TECHNOLOGIES FOR STABLE ACDC TRANSMISSION SYSTEMS.
SEMINAR PRESENATATION ON WIDEAREA BLACKOUT (AN ELECTRICAL DISASTER) BY:Madhusmita Mohanty Electrical Engineering 7TH Semester Regd No
“In order to fully capture and integrate new renewable energy sources, it is necessary to invest into the modernization of the Canadian power grid infrastructure.
Wind power variation: a highly variable, unreliable and unpredictable source of energy Facts and statistics from the largest wind generator in Germany.
Demand Side Integration Experiences
Using Technology for Electricity improvements
HYBRID MICRO-GRID.
ChE 391, Spring 2012 Power Systems Control.
Next Steps in Load Modeling
Grid Integration of Intermittent Resources
Solar Eclipse Overview August 2017
EU-IPA12/CS02 Development of the Renewable Energy Sector
Submodular Optimization for Voltage Control in Power Systems
Industrial Electrical Engineering and Automation
WP 3.1 Flexibility management and control
ECE 576 POWER SYSTEM DYNAMICS AND STABILITY
Arslan Ahmad Bashir Student No
Presentation transcript:

Voltage Collapse In Wind Power System Yuhan Zhang UNI: yz2500 ELEN E9501 Presentation

1.Why There Will Occur Voltage Collapse2. What the Researchers Done on This Topic3.My Idea Came From? 4. Introduce the Model5. The Cases I Focus On

Violation of voltage limits and undesirable line outages are leading power systems to voltage instability and ultimately to voltage collapse. Sudden load increases or Insufficient reactive power supplies may also contribute to voltage collapse and Blackouts. Voltage collapse or blackouts have occurred worldwide: France 1978 Belgium 1982 Florida USA 1985 Western France 1987 Southern Finland 1992 Northeast USA 2003 Italy, England Why there will occur Voltage Collapse

Northeast Blackout – August 14, 2003 Affected 55 million people $6 billion lost Per year $135 billions lost for power interruption 1.Why there will occur Voltage Collapse

Keep zs and power factor constant |zs/zld|=1=>Pmax

P-V curve

2. What the researchers done on this topic Analyze the reason why the voltage collapse Try to find the accurate voltage collapse point Static analysis Dynamic analysis It’s a really brief conclusion about what others have done. In the following presentation, I will focus on what I have done and what I will do.

3. My idea came from? Wind power is out of control— voltage stability is threatened Existed power grid problem Smart grid Renewable energy sources Wind power advantages Disadvantages are significant

3. My idea came from? Although wind power cannot be controlled, we can do the prediction based on the history data and the weather report. Hence we can use the prediction data to analyze the next hour/day power and voltage distribution. It is helpful to the power grid dispatching. Voltage Collapse In Wind Power System

4. Introduce the model I use Dependent on: 1.Pout 2.Qout 3.Rline, Xline … Zs=Rs+jXs Zld=Rld+jXld First step: a simplified model

4. Introduce the model I use Second step: a more complex model PQ nodes (#1, #2, #3, #4 and #5); PV nodes( Generator set #6, #7, #8); Equilibrium node (#9).

5. The cases I focus on Use the prediction data to analyze Use the actual data to analyze Compare the two sets of data

Thank You! Yuhan Zhang UNI: yz2500 ELEN E9501 Presentation