Power Systems 2002 Conference Impact of Distributed Generation Clemson, SC March 13-15, 2002 PANEL DISCUSSION P6 Experience with Testing DG Chairman: Ben.

Slides:



Advertisements
Similar presentations
EDF R&D CIM for DA Status, Feedback & Challenges.
Advertisements

Institut für Solare Energieversorgungstechnik Verein an der Universität Kassel Preparation of a European Network of Excellence of DG Laboratories for Pre-standardisation.
PowerPoint ® Presentation Chapter 4 System Components and Configurations Components Electricity Sources System Configurations.
Bruxelles, June 1st, 2005 CESI 1 Electricity Sector A.Invernizzi (Italy) Future Needs for Research Infrastructures Energy.
Planning, optimization and regulatory issues
Power Electronics in Hybrid Energy Networks Johan Enslin David Elizondo KEMA Inc. T&D Consulting Raleigh, NC USA.
Task 4: Social, Economic, and Political Challenges G. Fay – UAA ISER (lead) M. Berman – UAA SER S. Colt – UAA ISER Task 3: Cold Climate Operation M. Cullin.
Enabling Smart Grid Interoperability: A System of Systems Approach via IEEE P2030 TM and IEEE 1547 TM Standards presented May 2010 by Tom Basso Electricity,
© 2006 San Diego Gas & Electric Company. All copyright and trademark rights reserved. Microgrid – A Smart Grid Alternative Service Delivery Model? Thomas.
Curt Robbins Assistant Research Engineer Overview -There are over 10,000 off-grid location in Nevada requiring the use of electrical power at a cost of.
1 SOLAR SYSTEMS BASICS.  National Electric Code (NFPA # 70) for Photovoltaic Systems  Mechanical Code of New York State for Thermal Systems  Plumbing.
Solar Energy Florida Electric Cooperatives Association 2014 Finance & Accounting Conference Glenn Spurlock September 17, 2014.
Integrating Multiple Microgrids into an Active Network Management System Presented By:Colin Gault, Smarter Grid Solutions Co-Authors:Joe Schatz, Southern.
IMPACTS OF LARGE DISTRIBUTED GENERATORS ON CENTERPOINT ENERGY’S DISTRIBUTION SYSTEM 1 Presented by Ed Briggs, P.E. Manager of Electric Distribution Planning.
Campus da FEUP Rua Dr. Roberto Frias, Porto Portugal T F © 2009 Decentralised Energy Systems.
Power Systems Large Scale and Micro-Grid 7/16/2014 NREL - Golden Colorado.
Aidan Tuohy Technical Leader/Project Manager, EPRI ERCOT Emerging Technology Working Group (ETWG) 09/24/2014 Transmission System Considerations for Integrating.
RiversidePublicUtilities.com Arts & Innovation RiversidePublicUtilities.com Challenges and Solutions for Large-Scale PV Integration on RPU’s Distribution.
PSCAD Simulation of Grid Tied Photovoltaic and Wind Farms
Senior Project Leader - Alaska National Renewable Energy Laboratory
Team 3: Katie Plain Karla Chuljak Andrew Liacopoulos Kody G’Danitz.
American Electric Power (AEP) Virtual Power Plant Simulator (VPPS) Tom Jones, Manger – Corporate Technology Development American Electric Power Grid-InterOp.
ANALYSIS AND TESTING OF SMALL WIND TURBINES CONNECTED TO WEAK AND AUTONOMOUS GRIDS LUIS CANO LUIS M. ARRIBAS CIEMAT (Spain)
Solar Power EDSGN 100 Sec. 13 Design Team 1 Kyle Feaster Alex Shivetts Kait Levin.
White Papers – publication: IEEE PES Transactions – note these papers are not overly technical, may not be appropriate placement. T&D World – good audience.
Renewable Energy as Priority
Roger C. Dugan Fellow, IEEE Review of the Impacts of Distributed Generation on Distribution Protection 2015 IEEE Rural Electric Power Conference Asheville,
Farid Katiraei Ph.D. Candidate
WHO WANTS TO BE A MILLIONAIRE?
21 st May 2015 SMARTGREENS 2015 Lisbon, Portugal Lane Department of Computer Science and Electrical Engineering West Virginia University Analyzing Multi-Microgrid.
Cogeneration / Distributed Generation Proposal Oakland University.
1 HARMONIC ANALYSIS OF SELECTED DG DEVICES Pradipta Kumar Tripathy, Durgesh P. Manjure, Dr. Elham B. Makram CLEMSON UNIVERSITY ELECTRIC POWER RESEARCH.
1 Impact of Distributed Generation on Voltage Profile in Deregulated Distribution Systems By: Walid El-Khattam University of Waterloo, Canada
Summary Overview: MADRI Model Small Generator Interconnection Procedures Prepared by Brad Johnson* June 15, 2006 ACN Energy Ventures
I. Background The increasing use of Renewable Energy Sources (RES) such as Solar Cell and Wind Turbine Power convertion from DC to AC The using of non.
Thomas DEGNER -DE- BETA SESSION 4b: Integration of RES+DG Barcelona May DISPOWER Distributed Generation with High Penetration of Renewable.
DOE Perspective on Microgrids
Farid Katiraei Ph.D. Candidate
IEEE SCC21 Update 1 IEEE Standard for Interconnecting Distributed Resources Richard DeBlasio National Renewable Energy Laboratory Chair, IEEE Standards.
1 Distributed Generation SWEDE 2006 CenterPoint Energy Walter R. Bartel, P.E. Supervising Engineer Distribution System Reliability.
Michael Ikerionwu 4 th year Electronic Engineering.
Hinchinbrook Island Researcher: Gordon Dalton PhD student Supervisor: Dr David Lockington.
EFFECT OF HARMONICS ON DISTRIBUTED GENERATION
December 2008 Sandia Advanced Microgrid R&D Program Advanced Microgrids – Supporting Use of Renewable, Distributed, and Smart Grid Technologies for Assured.
©2009. Northern Power Systems. All Rights Reserved. Not to be used or shared without permission. Proprietary and Confidential.
AES Buffalo Gap Wind Farm Buffalo Gap MW 155 – GE 1.5 sle Presented August 22, 2008 By Robert Sims AES Wind Generation.
Clemson University Electric Power Research Association CHANDANA BOMMAREDDY CLEMSON UNIVERSITY DG VOLTAGE CONTROL IN AN ISLANDING MODE OF OPERATION.
1 Distributive Generation Wind Landfill Solar Fuel CellMicro-Turbine.
June 11, 2010NATIONAL POWER ELECTRONICS CONFERENCE1 A HARDWARE GRID SIMULATOR TO TEST GRID-CONNECTED INVERTER SYSTEMS ARUN KARUPPASWAMY B DR.VINOD JOHN.
Renewable Technology Integration Dave Mooney October 30, 2009.
Micro-Grid Monitoring and Control Equipment
1 Distributed Generation and Power Quality-Continued.
Steady State Analysis Of A Microgrid Connected To A Power System
Understanding Small Wind David Ryan PE NCAT 3040 Continental Drive Butte, MT
1 DG Seminar on R / 99-DIST-GEN(1) / Sacramento, CA / April 13, 1999 Energy Commission Staff Distributed Energy Resources Training Seminar California.
SELF-GENERATION INCENTIVE PROGRAM (SGIP) Website:
AC Mains Smart Meter AC Breaker Panel Charge Controller with MPPT 120V vs 240V? 125A Fuse double pole breaker (30A)? 20A15A ‘ switched’ appliances for.
Powered by the Sun, Sustainable through Quality. Who is Suncolect Suncolect provides Solar electricity solutions to entrepreneurs in small, medium and.
Energy Systems Integration Facility May Renewable and Efficiency Technology Integration ESIF Supports National Goals National carbon goals require.
A NOVEL CONTROL STRATEGY FOR HYBRID AC/DC MICRO GRID SYSTEMS
SCE Energy Storage Perspective
Small Scale Renewable Energy Power System with Hydrogen Combustion
Distributed Generation
Task 1.3 Pilot site surveys & audits TECNALIA J. Oyarzabal
SANDIA NATIONAL LABORATORIES
Case Studies on Field Deployment of PV Battery Storage Systems
SMUD’s Microgrid Definition
GREEN TECHNOLOGY NABCEP RESNET Certification.
EPRI Truck & Bus Meeting SAE Medium and Heavy Duty Vehicle
Presentation transcript:

Power Systems 2002 Conference Impact of Distributed Generation Clemson, SC March 13-15, 2002 PANEL DISCUSSION P6 Experience with Testing DG Chairman: Ben Kroposki, NREL Rick Langley, EPRI PEAC Corporation Tim Zgonena, Underwriters Laboratories Robert Hack, University of California (NFCRC)

Overview of NREL DER Testing Activities Distributed Power Integration Engineering and Testing Lead National Renewable Energy Laboratory 1617 Cole Blvd. Golden, CO Phone: Ben Kroposki

Simulation and Modeling Characterization R&D Field Testing and Validation Certification University of Wisconsin Orion - University of Massachusetts (Lowell) Industry Partners - DTE, GE, NiSource NREL - DER Test Facility EPRI - PEAC University of Wisconsin EPRI-PEAC Underwriters Laboratories Nevada Test Site Distributed Utility Integration Test - DUA Industry Partners - GE, NYSERDA, GRI, NRECA, NiSource, Real Energy, DTE DOE Distributed Power Program Interconnection Testing Activities (In-House and Subcontract)

Distributed Energy Resources Systems Testing Grid Simulator Load Simulators Diesel Generators Wind Turbines PV Array AC Bus Utility Grid Battery Banks DC Bus Inverters Fuel Cells Electrolyzer Microturbines Thermal Converters Building Thermal Loads

NREL’S DER Test Facility IEEE P1547 Interconnection Standard – Can conduct all tests for DG interconnection 200kW Utility Grid Simulator – Simulate utility grid and full control of voltage and frequency to test DG response to grid disturbances Data Acquisition – Includes Labview/ National Instruments DAS for long-term monitoring of power system, Yokogawa PZ4000 Power analyzer for short-term high resolution measurements, Power Measurements 7600 for remote site data acquisition KeyTek Surge Tester – Simulate high-voltage lightning strikes on DG equipment DG Test Pads DG Test Equipment Grid Simulator DAS Surge Tester

DER Distributed Power Program Testing at Nevada Test Site NREL Distribute Power Program is conduct exploratory field tests to validate interconnection and commissioning tests included in the IEEE P1547 interconnection standard at the Nevada Test Site. NREL is also developing a long-term testing plan for NTS. Testing on 2 different types of DG: 1. Static Inverter (5kW Inverter with PV array ) 2. Synchronous generator (100kW diesel gensets w/ paralleling package). Feeder at Area 25 of Nevada Test Site DG Test Location Substation 25-10