Testing and Model Validation of Cumberland Power Plant
|
|
|
- Bruce Mills
- 5 years ago
- Views:
Transcription
1 Testing and Model Validation of Cumberland Power Plant Leonardo T. G. Lima, James W. Feltes and F. P. de Mello Siemens Power Transmission & Distribution, Inc.
2 Cumberland Unit 1 Original analog UNITROL static excitation system Represented by SCRX model in PSS E TVA Stability Workshop 1-2
3 TVA Stability Workshop Simulated Open Circuit Response Unit 1 SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 1: [EFD 4067 [F1HL CMB20.700] [1 ]] FILE:...\MWG runs\estr_run P_run F.out CHNL# 2: [ETRM 4067 [F1HL CMB20.700] [1 ]] FILE:...\MWG runs\estr_original ESST1A.out CHNL# 1: [EFD 4067 [F1HL CMB20.700] [1 ]] FILE:...\MWG runs\estr_original ESST1A.out CHNL# 2: [ETRM 4067 [F1HL CMB20.700] [1 ]] FILE: C:\LocalDocs\...\MWG runs\estr_original.out CHNL# 1: [EFD 4067 [F1HL CMB20.700] [1 ]] FILE: C:\LocalDocs\...\MWG runs\estr_original.out ESST1A (ABB) ORIGINAL SCRX ESST1A (PTI) TUE, APR : ESTR - UNIT 1 TIME (SECONDS) 1-3
4 Cumberland Unit 2 Original (analog) UNITROL static excitation system replaced by the digital version Represented by ESST1A model in PSS E TVA Stability Workshop 1-4
5 Cumberland Unit 2 Represented by ESST1A model in PSS E TVA Stability Workshop 1-5
6 TVA Stability Workshop Simulated Open Circuit Response Unit 2 SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 6: [ETRM 4068 [F2HL CMB20.700] [1 ]] FILE:...\MWG runs\estr_run P_run F.out CHNL# 5: [EFD 4068 [F2HL CMB20.700] [1 ]] FILE:...\MWG runs\estr_run P_run F.out CHNL# 6: [ETRM 4068 [F2HL CMB20.700] [1 ]] FILE:...\MWG runs\estr_original ESST1A.out CHNL# 5: [EFD 4068 [F2HL CMB20.700] [1 ]] FILE:...\MWG runs\estr_original ESST1A.out CHNL# 6: [ETRM 4068 [F2HL CMB20.700] [1 ]] FILE: C:\LocalDocs\...\MWG runs\estr_original.out CHNL# 5: [EFD 4068 [F2HL CMB20.700] [1 ]] FILE: C:\LocalDocs\...\MWG runs\estr_original.out ESST1A (ABB) ESST1A (PTI) TUE, APR : ESTR - UNIT 2 TIME (SECONDS) 1-6
7 Open Circuit Frequency Response of Excitation System 10 4 Original Settings 10 3 Magnitude Phase (degrees) Frequency (Hz) TVA Stability Workshop
8 Test Procedure Focus on excitation system model Need to test with the units online Test procedure based on step changes in excitation system voltage reference TVA agreed to conduct the staged switching of a nearby 500 kv transmission line (Johnsonville Gleason 500 kv) TVA Stability Workshop 1-8
9 TVA Stability Workshop Switching Off of Johnsonville-Gleason 500 kv SIEMENS POWER TECHNOLOGIES INTERNATIONAL R OCT :30: FILE: C:\LocalDocs\...\TVA\Cumberland Tests\Event Files\ out CHNL# S 61,62,63: ([U2_VAB]+[U2_VBC]+[U2_VCA])/3/ CHNL# S 52,53,54: ([U1_VAB]+[U1_VBC]+[U1_VCA])/3/ CHNL# 76: [U2B_P] CHNL# 74: [U2A_P] CHNL# 72: [U1B_P] CHNL# 70: [U1A_P] V (UNIT 1) V (UNIT 2) U2A U2B U1A U1B WED, MAR : TIME (SECONDS) 1-9
10 TVA Stability Workshop Switching Off of Johnsonville-Gleason 500 kv SIEMENS POWER TECHNOLOGIES INTERNATIONAL R OCT :30: FILE: C:\LocalDocs\...\TVA\Cumberland Tests\Event Files\ out CHNL# 77: [U2B_Q] CHNL# 75: [U2A_Q] CHNL# 73: [U1B_Q] CHNL# 71: [U1A_Q] U1B U1A U2A U2B WED, MAR : TIME (SECONDS) 1-10
11 TVA Stability Workshop SIEMENS POWER TECHNOLOGIES INTERNATIONAL R OCT :56:200 FILE: OUT CHNL# 72: [U1B_P] 100 CHNL# 70: [U1A_P] 100 CHNL# 73: [U1B_Q] CHNL# 71: [U1A_Q] CHNL# S 52,53,54: ([U1_VAB]+[U1_VBC]+[U1_VCA])/3/ % Step Unit 2B TIME (SECONDS) 1-11 TUE, NOV : UNIT 1
12 TVA Stability Workshop SIEMENS POWER TECHNOLOGIES INTERNATIONAL R OCT :56:200 FILE: OUT CHNL# 76: [U2B_P] 100 CHNL# 74: [U2A_P] 100 CHNL# 77: [U2B_Q] CHNL# 75: [U2A_Q] CHNL# S 61,62,63: ([U2_VAB]+[U2_VBC]+[U2_VCA])/3/ % Step Unit 2B TIME (SECONDS) 1-12 TUE, NOV : UNIT 2
13 Identification of Models Cumberland Unit 2 Siemens Power Transmission & Distribution, Inc.
14 Input Data for Optimization 6 / NEXT AVAILABLE ICON IN THE SNAPSHOT SMSL.SNP 3 / NEXT AVAILABLE VAR IN THE SNAPSHOT SMSL.SNP 86 / NEXT AVAILABLE CON IN THE SNAPSHOT SMSL.SNP 31 / NEXT AVAILABLE STATE IN THE SNAPSHOT SMSL.SNP 15 / NUMBER OF EVENTS 3 / NUMBER OF OUTPUT VARIABLES FOR LEAST SQUARE CALCULATION 168. / EXCITATION BASE VOLTAGE 01 / WEIGHT IN FITNESS CALCULATION FOR THE ERROR SQUARED OF OUTPUT #1 10 / WEIGHT IN FITNESS CALCULATION FOR THE ERROR SQUARED OF OUTPUT #2 10 / WEIGHT IN FITNESS CALCULATION FOR THE ERROR SQUARED OF OUTPUT #3 E2A E2B E3A E4A E4B E5A E5B E7A E7B E8A E8B E9A E9B E10A E10B TVA Stability Workshop 1-14
15 Performance of Optimization Process Fitness Generation average Maximum TVA Stability Workshop 1-15
16 Optimization Results (Best Run) LEAST SQUARE ERROR GEN. A FIELD VOLTAGE GEN. B FIELD VOLTAGE EVENT FITNESS TERMINAL VOLTAGE E2_up E2_dw E3_up E4_up E4_dw E5_up E5_dw E7_up E7_dw E8_up E8_dw E9_up E9_dw E10_off E10_on TOTAL TOTAL FITNESS= FOR 15_GEN 90 TVA Stability Workshop 1-16
17 Results PARAMETER ORIGINAL RUN F 1 TR VIMAX VIMIN TC/TB TB TC1/TB TB KA TA VAMAX VAMIN KC KLR ILR T'd T'q T"q Xq/Xd X'q/Xq TVA Stability Workshop 1-17
18 TVA Stability Workshop Cumberland Unit 2 Event E9up SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: ORIGINAL_E9A.OUT CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: E9A_CASE_ 15_GEN 90.OUT CHNL# 6: [OUTPUT # 1] FILE: E9A_CASE_ 15_GEN 90.OUT WED, APR : TERMINAL VOLTAGE TIME (SECONDS) 1-18
19 TVA Stability Workshop Cumberland Unit 2 Event E9up SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: ORIGINAL_E9A.OUT CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: E9A_CASE_ 15_GEN 90.OUT CHNL# 7: [OUTPUT # 2] FILE: E9A_CASE_ 15_GEN 90.OUT WED, APR : EFD GEN. 2A TIME (SECONDS) 1-19
20 TVA Stability Workshop Cumberland Unit 2 Event E9up SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 28: [EFD BUS 1 MACH 2 ] FILE: ORIGINAL_E9A.OUT CHNL# 28: [EFD BUS 1 MACH 2 ] FILE: E9A_CASE_ 15_GEN 90.OUT CHNL# 8: [OUTPUT # 3] FILE: E9A_CASE_ 15_GEN 90.OUT WED, APR : EFD GEN. 2B TIME (SECONDS) 1-20
21 TVA Stability Workshop Cumberland Unit 2 Event E10off SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: ORIGINAL_E10A.OUT CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: E10A_CASE_ 15_GEN 90.OUT CHNL# 6: [OUTPUT # 1] FILE: E10A_CASE_ 15_GEN 90.OUT WED, APR : TERMINAL VOLTAGE TIME (SECONDS) 1-21
22 TVA Stability Workshop Cumberland Unit 2 Event E10off SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: ORIGINAL_E10A.OUT CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: E10A_CASE_ 15_GEN 90.OUT CHNL# 7: [OUTPUT # 2] FILE: E10A_CASE_ 15_GEN 90.OUT WED, APR : EFD GEN. 2A TIME (SECONDS) 1-22
23 TVA Stability Workshop Cumberland Unit 2 Event E10off SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 28: [EFD BUS 1 MACH 2 ] FILE: ORIGINAL_E10A.OUT CHNL# 28: [EFD BUS 1 MACH 2 ] FILE: E10A_CASE_ 15_GEN 90.OUT CHNL# 8: [OUTPUT # 3] FILE: E10A_CASE_ 15_GEN 90.OUT WED, APR : EFD GEN. 2B TIME (SECONDS) 1-23
24 Identification of Models Cumberland Unit 1 Siemens Power Transmission & Distribution, Inc.
25 Results 1-25 EVENT ID FITNESS LEAST SQUARE ERROR GEN. A EFD ERROR VOLTAGE ERROR GEN. B EFD ERROR E2A E2B E3A E3B E4A E4B E5A E5B E6A E6B E7A E7B E8A E8B E9A E9B E10A E10B E11A E11B E12A E12B E13A E13B E14A E14B E15A E15B TOTAL TOTAL FITNESS= FOR 31_GEN 898 TVA Stability Workshop
26 Optimization Results (Best Run) PARAMETER RUN P 1 TR 01 2 VIMAX VIMIN TC/TB TB TC1/TB TB KA TA VAMAX VAMIN KC KLR ILR XCOMP T'd T'q T"q Xq/Xd X'q/Xq TVA Stability Workshop 1-26
27 TVA Stability Workshop Cumberland Unit 1 Event E15up SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: ORIGINAL_ESST1A_E15A.OUT CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: ORIGINAL_E15A.OUT CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: E15A_CASE_ 31_GEN 898.OUT CHNL# 6: [OUTPUT # 1] FILE: E15A_CASE_ 31_GEN 898.OUT WED, APR : TERMINAL VOLTAGE TIME (SECONDS) 1-27
28 TVA Stability Workshop Cumberland Unit 1 Event E15up SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: ORIGINAL_ESST1A_E15A.OUT CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: ORIGINAL_E15A.OUT CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: E15A_CASE_ 31_GEN 898.OUT CHNL# 7: [OUTPUT # 2] FILE: E15A_CASE_ 31_GEN 898.OUT WED, APR : EFD GEN. 1A TIME (SECONDS) 1-28
29 TVA Stability Workshop Cumberland Unit 1 Event E15up SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 26: [EFD BUS 1 MACH 2 ] FILE: ORIGINAL_ESST1A_E15A.OUT CHNL# 26: [EFD BUS 1 MACH 2 ] FILE: ORIGINAL_E15A.OUT CHNL# 26: [EFD BUS 1 MACH 2 ] FILE: E15A_CASE_ 31_GEN 898.OUT CHNL# 8: [OUTPUT # 3] FILE: E15A_CASE_ 31_GEN 898.OUT WED, APR : EFD GEN. 1B TIME (SECONDS) 1-29
30 TVA Stability Workshop SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: ORIGINAL_ESST1A_E6A.OUT CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: ORIGINAL_E6A.OUT CHNL# 12: [ETRM BUS 1 MACH 1 ] FILE: E6A_CASE_ 31_GEN 898.OUT CHNL# 6: [OUTPUT # 1] FILE: E6A_CASE_ 31_GEN 898.OUT Cumberland Unit 1 Event E6up WED, APR : TIME (SECONDS) TERMINAL VOLTAGE
31 TVA Stability Workshop Cumberland Unit 1 Event E6up SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: ORIGINAL_ESST1A_E6A.OUT CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: ORIGINAL_E6A.OUT CHNL# 13: [EFD BUS 1 MACH 1 ] FILE: E6A_CASE_ 31_GEN 898.OUT CHNL# 7: [OUTPUT # 2] FILE: E6A_CASE_ 31_GEN 898.OUT WED, APR : EFD GEN. 1A TIME (SECONDS) 1-31
32 TVA Stability Workshop SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 26: [EFD BUS 1 MACH 2 ] FILE: ORIGINAL_ESST1A_E6A.OUT CHNL# 26: [EFD BUS 1 MACH 2 ] FILE: ORIGINAL_E6A.OUT CHNL# 26: [EFD BUS 1 MACH 2 ] FILE: E6A_CASE_ 31_GEN 898.OUT CHNL# 8: [OUTPUT # 3] FILE: E6A_CASE_ 31_GEN 898.OUT Cumberland Unit 1 Event E6up WED, APR : TIME (SECONDS) EFD GEN. 1B
33 Conclusions and Recommendations Updated simulation models for excitation systems and generators at Cumberland Power Plant Simulation results are still showing more damping than actual event Cumberland Power Plant shows poorly damped oscillations (less than 5% damping ratio) under normal operating conditions (full power output, intact 500 kv system) Power system stabilizers (PSS) are recommended for Cumberland Power Plant TVA Stability Workshop 1-33
34 Siemens Power Transmission & Distribution, Inc.
35 Cumberland versus Infinite System TVA Stability Workshop 1-35
36 TVA Stability Workshop Cumberland versus Infinite System SIEMENS POWER TECHNOLOGIES INTERNATIONAL R CUMBERLAND OSCILLATIONS - SEPTEMBER MACHINE X INFINITE BUS - FROM STATE ESTIMATOR CHNL# 7: [POWR 4067 [F1HL CMB20.700] [1 ]] FILE:...\MWG runs\smib_run P (TB=8)_run F.out CHNL# 7: [POWR 4067 [F1HL CMB20.700] [1 ]] FILE:...\MWG runs\smib_run P(K=207)_run F.out CHNL# 7: [POWR 4067 [F1HL CMB20.700] [1 ]] FILE:...\MWG runs\smib_run P_run F.out K A = 159 p.u. T B = 11.5 s K A = 207 p.u. T B = 11.5 s K A = 159 p.u. T B = 8.0 s WED, APR : ELECTRICAL POWER - U1A TIME (SECONDS) 1-36
37 Siemens Power Transmission & Distribution, Inc.
38 Governor Response and System Droop TVA Stability Workshop 1-38
39 Frequency Response Cumberland Event\CD of Cumberland\Recorded Oscillations\Frequency plots\hopkinsville.ppt Cumberland Event\CD of Cumberland\Recorded Oscillations\Frequency plots\allunits_918.ppt Cumberland Event\CD of Cumberland\Recorded Oscillations\Frequency plots\nashville.ppt TVA Stability Workshop 1-39
IEEE PES Task Force on Benchmark Systems for Stability Controls
IEEE PES Task Force on Benchmark Systems for Stability Controls Report on Benchmark #2 The Brazilian 7 Bus (Equivalent Model) Version 1 - October 23 rd, 214 Fernando J. de Marco, Leonardo Lima and Nelson
AMONG POWER SYSTEM CONTROLS IMPACT OF INTERACTIONS EPRI/NSF WORKSHOP PLAYACAR, APRIL 2002 GLOBAL DYNAMIC OPTIMISATION OF THE ELECTRIC POWER GRID
EPRI/NSF WORKSHOP PLAYACAR, APRIL 00 GLOBAL DYNAMIC OPTIMISATION OF THE ELECTRIC POWER GRID IMPACT OF INTERACTIONS AMONG POWER SYSTEM CONTROLS NELSON MARTINS JULIO C.R. FERRAZ, SERGIO GOMES JR. CEPEL COPPE/UFRJ
Unified Power Flow Controller (UPFC) Based Damping Controllers for Damping Low Frequency Oscillations in a Power System
Unified Power Flow Controller (UPFC) Based Damping Controllers for Damping Low Frequency Oscillations in a Power System (Ms) N Tambey, Non-member Prof M L Kothari, Member This paper presents a systematic
Extension of the Complex Torque Coefficient Method for Synchronous Generators to Auxiliary Devices in Electrical Networks
Extension of the Complex Torque Coefficient Method for Synchronous Generators to Auxiliary Devices in Dr. SWISS FEDERAL INSTITUTE OF TECHNOLOGY Electrical Engineering Department, Laboratory of Electromechanics
APPLICATIONS OF CONTROLLABLE SERIES CAPACITORS FOR DAMPING OF POWER SWINGS *
APPLICATIONS OF CONTROLLABLE SERIES CAPACITORS FOR DAPING OF POWER SWINGS *. Noroozian P. Halvarsson Reactive Power Compensation Division ABB Power Systems S-7 64 Västerås, Sweden Abstract This paper examines
Self-Tuning Control for Synchronous Machine Stabilization
http://dx.doi.org/.5755/j.eee.2.4.2773 ELEKTRONIKA IR ELEKTROTECHNIKA, ISSN 392-25, VOL. 2, NO. 4, 25 Self-Tuning Control for Synchronous Machine Stabilization Jozef Ritonja Faculty of Electrical Engineering
In these notes, we will address (2) and then return to (1) in the next class.
Linearized Analysis of the Synchronous Machine for PSS Chapter 6 does two basic things:. Shows how to linearize the 7-state model (model #2, IEEE #2., called full model without G-cct. ) of a synchronous
Transient stability improvement by using PSS and increasing inertia of synchronous machine
American Journal of Electrical Power and Energy Systems 2014; 3(2): 45-49 Published online April 20, 2014 (http://www.sciencepublishinggroup.com/j/epes) doi:10.11648/j.epes.20140302.15 Transient stability
Power System Stability GENERATOR CONTROL AND PROTECTION
Power System Stability Outline Basis for Steady-State Stability Transient Stability Effect of Excitation System on Stability Small Signal Stability Power System Stabilizers Speed Based Integral of Accelerating
Design of PSS and SVC Controller Using PSO Algorithm to Enhancing Power System Stability
IOSR Journal of Electrical and Electronics Engineering (IOSR-JEEE) e-issn: 2278-1676,p-ISSN: 2320-3331, Volume 10, Issue 2 Ver. II (Mar Apr. 2015), PP 01-09 www.iosrjournals.org Design of PSS and SVC Controller
7. Transient stability
1 7. Transient stability In AC power system, each generator is to keep phase relationship according to the relevant power flow, i.e. for a certain reactance X, the both terminal voltages V1and V2, and
CHAPTER 2 DYNAMIC STABILITY MODEL OF THE POWER SYSTEM
20 CHAPTER 2 DYNAMIC STABILITY MODEL OF THE POWER SYSTEM 2. GENERAL Dynamic stability of a power system is concerned with the dynamic behavior of the system under small perturbations around an operating
ECE 585 Power System Stability
Homework 1, Due on January 29 ECE 585 Power System Stability Consider the power system below. The network frequency is 60 Hz. At the pre-fault steady state (a) the power generated by the machine is 400
KINGS COLLEGE OF ENGINEERING Punalkulam
KINGS COLLEGE OF ENGINEERING Punalkulam 613 303 DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING POWER SYSTEM ANALYSIS QUESTION BANK UNIT I THE POWER SYSTEM AN OVERVIEW AND MODELLING PART A (TWO MARK
Low Frequency Transients
Page 1 IEEE Power Engineering Society Summer Meeting Edmonton, July 18-22, 1999 Tutorial: Power System Overvoltages Low Frequency Transients Presented by Bruce Mork Work Done by Slow Transients Task Force
IEEE 9 Bus System Example
IEEE 9 Bus System Example Version: R0 www.opal-rt.com REVISION HISTORY Author Revision Name Date R0 JP Bérard 23 Oct 2017 Approved Description IEEE 9 Bus System Example CONTENTS Page i 1. IEEE 9 BUS SYSTEM
Modeling of Hydraulic Turbine and Governor for Dynamic Studies of HPP
Modeling of Hydraulic Turbine and Governor for Dynamic Studies of HPP Nanaware R. A. Department of Electronics, Shivaji University, Kolhapur Sawant S. R. Department of Technology, Shivaji University, Kolhapur
QFT Framework for Robust Tuning of Power System Stabilizers
45-E-PSS-75 QFT Framework for Robust Tuning of Power System Stabilizers Seyyed Mohammad Mahdi Alavi, Roozbeh Izadi-Zamanabadi Department of Control Engineering, Aalborg University, Denmark Correspondence
BOSL Controllers Standard 1
Summary BOSL Controllers Standard 1 Documentation of the available User-drawn BOSL controllers for the PSS Product Suite, namely PSS E PSS SINCAL PSS NETOMAC The dynamic models described here are build
DESIGNING POWER SYSTEM STABILIZER WITH PID CONTROLLER
International Journal on Technical and Physical Problems of Engineering (IJTPE) Published by International Organization on TPE (IOTPE) ISSN 2077-3528 IJTPE Journal www.iotpe.com ijtpe@iotpe.com June 2010
DAMPING OF SUBSYNCHRONOUS MODES OF OSCILLATIONS
Journal of Engineering Science and Technology Vol. 1, No. 1 (26) 76-88 School of Engineering, Taylor s College DAMPING OF SUBSYNCHRONOUS MODES OF OSCILLATIONS JAGADEESH PASUPULETI School of Engineering,
Damping SSR in Power Systems using Double Order SVS Auxiliary Controller with an Induction Machine Damping Unit and Controlled Series Compensation
614 Damping SSR in Power Systems using Double Order SVS Auxiliary Controller with an Induction Machine Damping Unit and Controlled Series Compensation Sushil K Gupta, Narendra Kumar and A K Gupta Abstract--This
QFT Based Controller Design of Thyristor-Controlled Phase Shifter for Power System Stability Enhancement
International Journal of Research in Engineering and Science (IJRES) ISSN (Online): 232-9364, ISSN (Print): 232-9356 Volume 5 Issue 4 ǁ Apr. 27 ǁ PP.54-64 QFT Based Controller Design of Thyristor-Controlled
DYNAMIC RESPONSE OF A GROUP OF SYNCHRONOUS GENERATORS FOLLOWING DISTURBANCES IN DISTRIBUTION GRID
Engineering Review Vol. 36 Issue 2 8-86 206. 8 DYNAMIC RESPONSE OF A GROUP OF SYNCHRONOUS GENERATORS FOLLOWING DISTURBANCES IN DISTRIBUTION GRID Samir Avdaković * Alija Jusić 2 BiH Electrical Utility Company
Simulation study on operating chara. Author(s) Shirai, Y; Taguchi, M; Shiotsu, M; IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY (2003), 13(2): 18
Simulation study on operating chara Titlesuperconducting fault current limit bus power system Author(s) Shirai, Y; Taguchi, M; Shiotsu, M; Citation IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY (2003),
PARAMETRIC ANALYSIS OF SHAFT TORQUE ESTIMATOR BASED ON OBSERVER
PARAMETRIC ANALYSIS OF SHAFT TORQUE ESTIMATOR BASED ON OBSERVER Tetsuro Kakinoki, Ryuichi Yokoyama Tokyo Metropolitan University t.kakinoki@h4.dion.ne.jp Goro Fujita Shibaura Institute of Technology Kaoru
CHAPTER 3 MATHEMATICAL MODELING OF HYDEL AND STEAM POWER SYSTEMS CONSIDERING GT DYNAMICS
28 CHAPTER 3 MATHEMATICAL MODELING OF HYDEL AND STEAM POWER SYSTEMS CONSIDERING GT DYNAMICS 3.1 INTRODUCTION This chapter focuses on the mathematical state space modeling of all configurations involved
A Technique for Enhancement of Power System Dynamic Stability
International Journal of Engineering Science Invention arch. 3 A Technique for Enhancement of Power System Dynamic Stability Dr. Ramesh Kumar, ithilesh Das, R.K.andal 3, Ruchita 4 National Institute of
Dynamic simulation of a five-bus system
ELEC0047 - Power system dynamics, control and stability Dynamic simulation of a five-bus system Thierry Van Cutsem t.vancutsem@ulg.ac.be www.montefiore.ulg.ac.be/~vct November 2017 1 / 16 System modelling
Study of Transient Stability with Static Synchronous Series Compensator for an SMIB
Study of Transient Stability with Static Synchronous Series Compensator for an SMIB M.Chandu, Dr.T.R.Jyosthna 2 M.tech, Electrical Department, Andhra University, Andhra Pradesh, India 2 Professor, Electrical
Commissioning and Testing of AVR and PSS
Commissioning and Testing of AVR and PSS Excitation System Upgrade and commissioning challenges Vetti Bala Principal C&I Engineer G E N E S I S E N E R G Y L I M I T E D Contents Asset Testing - AVR AVR
Aldi Mucka Tonin Dodani Marjela Qemali Rajmonda Bualoti Polytechnic University of Tirana, Faculty of Electric Engineering, Republic of Albania
8. СОВЕТУВАЊЕ Охрид, 22 24 септември Aldi Mucka Tonin Dodani Marjela Qemali Rajmonda Bualoti Polytechnic University of Tirana, Faculty of Electric Engineering, Republic of Albania REHABILITATIONS OF EXCITATION
SETTING OF STABILIZERS IN POWER SYSTEMS WEAKLY LINK COUPLING.
Proceedings of the 6th WSAS/IASM Int. Conf. on lectric Power Systems, High Voltages, lectric Machines, Tenerife, Spain, December 68, 2006 2 STTING OF STABILIZRS IN POWR SYSTMS WALY LIN COUPLING. JSÚS R
QUESTION BANK ENGINEERS ACADEMY. Power Systems Power System Stability 1
ower ystems ower ystem tability QUETION BANK. A cylindrical rotor generator delivers 0.5 pu power in the steady-state to an infinite bus through a transmission line of reactance 0.5 pu. The generator no-load
Power System Stability Enhancement Using Adaptive and AI Control
Power System Stability Enhancement Using Adaptive and AI Control O.P. Malik University of Calgary Calgary, Canada 1 Controller Design Requirements Selection of: System model Control signal Scaling of signals
DESIGN OF POWER SYSTEM STABILIZER USING FUZZY BASED SLIDING MODE CONTROL TECHNIQUE
DESIGN OF POWER SYSTEM STABILIZER USING FUZZY BASED SLIDING MODE CONTROL TECHNIQUE LATHA.R Department of Instrumentation and Control Systems Engineering, PSG College of Technology, Coimbatore, 641004,
Fault Analysis Power System Representation
.1. Power System Representation Single Line Diagram: Almost all modern power systems are three phase systems with the phases of equal magnitude and equal phase difference (i.e., 10 o ). These three phase
Transient Stability Analysis with PowerWorld Simulator
Transient Stability Analysis with PowerWorld Simulator T1: Transient Stability Overview, Models and Relationships 2001 South First Street Champaign, Illinois 61820 +1 (217) 384.6330 support@powerworld.com
IEEE PES Task Force on Benchmark Systems for Stability Controls
IEEE PES Task Force on Benchmark Systems for Stability Controls Ian Hiskens November 9, 3 Abstract This report summarizes a study of an IEEE -generator, 39-bus system. Three types of analysis were performed:
Minimax Approximation Synthesis in PSS Design by Embedding
Minimax Approximation Synthesis in PSS Design by Embedding Gravitational Search Algorithm Dr. Akash Saxena Department of Electrical Engineering Swami Keshvanand Institute of Technology Jaipur, India Power
Generators. What its all about
Generators What its all about How do we make a generator? Synchronous Operation Rotor Magnetic Field Stator Magnetic Field Forces and Magnetic Fields Force Between Fields Motoring Generators & motors are
Transient Stability Assessment of Synchronous Generator in Power System with High-Penetration Photovoltaics (Part 2)
Journal of Mechanics Engineering and Automation 5 (2015) 401-406 doi: 10.17265/2159-5275/2015.07.003 D DAVID PUBLISHING Transient Stability Assessment of Synchronous Generator in Power System with High-Penetration
Dynamic Phasors in Modeling, Analysis and Control of Energy Processing Systems
Dynamic Phasors in Modeling, Analysis and Control of Energy Processing Systems 6/20/02 Alex M. Stanković Northeastern University, Boston, MA 1 Research Program Overview My research program focuses on the
Comparative Study of Synchronous Machine, Model 1.0 and Model 1.1 in Transient Stability Studies with and without PSS
Comparative Study of Synchronous Machine, Model 1.0 and Model 1.1 in Transient Stability Studies with and without PSS Abhijit N Morab, Abhishek P Jinde, Jayakrishna Narra, Omkar Kokane Guide: Kiran R Patil
IEEE PES Task Force on Benchmark Systems for Stability Controls
IEEE PES Task Force on Benchmark Systems for Stability Controls Report on the EMTP-RV 39-bus system (New England Reduced Model) Version 1.5 - Mars 04, 2015 Author: Luc Gérin-Lajoie Contributor: O. Saad,
The Effects of Machine Components on Bifurcation and Chaos as Applied to Multimachine System
1 The Effects of Machine Components on Bifurcation and Chaos as Applied to Multimachine System M. M. Alomari and B. S. Rodanski University of Technology, Sydney (UTS) P.O. Box 123, Broadway NSW 2007, Australia
-1- Impact of excitation system on power system stability 1. INTRODUCTION ABB. ABB Industrie AG
-1-1. INTRODUCTION Industrie AG -2- HV SYSTEM THE POWER STATION CONTROL ROOM STEP UP TRANSFORMER LV SWITCHGEAR HV- BREAKER AC & DC AUXILIARY SYSTEMS 1 GOVERNOR GENERATOR BREAKER AUX. TRANSF. PROTECTION
ECEN 667 Power System Stability Lecture 20: Oscillations, Small Signal Stability Analysis
ECEN 667 Power System Stability Lecture 20: Oscillations, Small Signal Stability Analysis Prof. Tom Overbye Dept. of Electrical and Computer Engineering Texas A&M University, overbye@tamu.edu 1 Announcements
A STUDY OF THE EIGENVALUE ANALYSIS CAPABILITIES OF POWER SYSTEM DYNAMICS SIMULATION SOFTWARE
A STUDY OF THE EIGENVALUE ANALYSIS CAPABILITIES OF POWER SYSTEM DYNAMICS SIMULATION SOFTWARE J.G. Slootweg 1, J. Persson 2, A.M. van Voorden 1, G.C. Paap 1, W.L. Kling 1 1 Electrical Power Systems Laboratory,
Minimization of Shaft Torsional Oscillations by Fuzzy Controlled Braking Resistor Considering Communication Delay
Proceedings of the 7th WSEAS International Conference on Power Systems, Beijing, China, September 15-17, 2007 174 Minimization of Shaft Torsional Oscillations by Fuzzy Controlled Braking Resistor Considering
EE 451 Power System Stability
EE 451 Power System Stability Power system operates in synchronous mode Power system is subjected to a wide range of disturbances (small and large) - Loads and generation changes - Network changes - Faults
Delayed Feedback Controller for Stabilizing Subsynchronous Oscillations in Power Systems
Delayed Feedback Controller for Stabilizing Subsynchronous Oscillations in Power Systems Yaar Küçükefe 1 and Adnan Kaypmaz 2 1 National Power Enerji, Tekirda, Turkey yasar.kucukefe@ieee.org 2 stanbul Technical
MODELLING AND CONTROL TECHNIQUES FOR TUNING STABILIZERS IN POWER SYSTEMS.
6th WSAS International Conference on CIRCUITS, SYSTMS, LCTRONICS,CONTROL & SIGNAL PROCSSING, Cairo, gypt, Dec 29-, 2007 29 MODLLING AND CONTROL TCHNIQUS FOR TUNING STABILIZRS IN POWR SYSTMS. JSÚS R PACHCO
CHAPTER 3 SYSTEM MODELLING
32 CHAPTER 3 SYSTEM MODELLING 3.1 INTRODUCTION Models for power system components have to be selected according to the purpose of the system study, and hence, one must be aware of what models in terms
Coordinated Design of Power System Stabilizers and Static VAR Compensators in a Multimachine Power System using Genetic Algorithms
Helwan University From the SelectedWorks of Omar H. Abdalla May, 2008 Coordinated Design of Power System Stabilizers and Static VAR Compensators in a Multimachine Power System using Genetic Algorithms
POWER SYSTEM STABILITY
LESSON SUMMARY-1:- POWER SYSTEM STABILITY 1. Introduction 2. Classification of Power System Stability 3. Dynamic Equation of Synchronous Machine Power system stability involves the study of the dynamics
ECE 325 Electric Energy System Components 7- Synchronous Machines. Instructor: Kai Sun Fall 2015
ECE 325 Electric Energy System Components 7- Synchronous Machines Instructor: Kai Sun Fall 2015 1 Content (Materials are from Chapters 16-17) Synchronous Generators Synchronous Motors 2 Synchronous Generators
STUDY OF SMALL SIGNAL STABILITY WITH STATIC SYNCHRONOUS SERIESCOMPENSATOR FOR AN SMIB SYSTEM
STUDY OF SMLL SIGNL STBILITY WITH STTIC SYNCHRONOUS SERIESCOMPENSTOR FOR N SMIB SYSTEM K.Geetha, Dr.T.R.Jyothsna 2 M.Tech Student, Electrical Engineering, ndhra University, India 2 Professor,Electrical
A PRACTICAL EXPERIENCE ABOUT DYNAMIC PERFORMANCE AND STABILITY IMPROVEMENT OF SYNCHRONOUS GENERATORS
164 Journal of Marine Science and Technology, Vol. 11, No. 3, pp. 164-173 (2003) A PRACTICAL EXPERIENCE ABOUT DYNAMIC PERFORMANCE AND STABILITY IMPROVEMENT OF SYNCHRONOUS GENERATORS Chi-Jui Wu* and Yung-Sung
Power System Stability and Control. Dr. B. Kalyan Kumar, Department of Electrical Engineering, Indian Institute of Technology Madras, Chennai, India
Power System Stability and Control Dr. B. Kalyan Kumar, Department of Electrical Engineering, Indian Institute of Technology Madras, Chennai, India Contents Chapter 1 Introduction to Power System Stability
SCHOOL OF ELECTRICAL, MECHANICAL AND MECHATRONIC SYSTEMS. Transient Stability LECTURE NOTES SPRING SEMESTER, 2008
SCHOOL OF ELECTRICAL, MECHANICAL AND MECHATRONIC SYSTEMS LECTURE NOTES Transient Stability SPRING SEMESTER, 008 October 7, 008 Transient Stability Transient stability refers to the ability of a synchronous
Reading a GE PSLF *.epc into PWS. Tracy Rolstad Avista System Planning WECC PWSUG, 14 March 2012
Reading a GE PSLF *.epc into PWS Tracy Rolstad Avista System Planning WECC PWSUG, 14 March 2012 Open Case, Select What Options (these are defaults)? Start with GE Nothing
Mitigating Subsynchronous resonance torques using dynamic braking resistor S. Helmy and Amged S. El-Wakeel M. Abdel Rahman and M. A. L.
Proceedings of the 14 th International Middle East Power Systems Conference (MEPCON 1), Cairo University, Egypt, December 19-21, 21, Paper ID 192. Mitigating Subsynchronous resonance torques using dynamic
EE 6501 POWER SYSTEMS UNIT I INTRODUCTION
EE 6501 POWER SYSTEMS UNIT I INTRODUCTION PART A (2 MARKS) 1. What is single line diagram? A Single line diagram is diagrammatic representation of power system in which the components are represented by
LESSON 20 ALTERNATOR OPERATION OF SYNCHRONOUS MACHINES
ET 332b Ac Motors, Generators and Power Systems LESSON 20 ALTERNATOR OPERATION OF SYNCHRONOUS MACHINES 1 LEARNING OBJECTIVES After this presentation you will be able to: Interpret alternator phasor diagrams
1 Unified Power Flow Controller (UPFC)
Power flow control with UPFC Rusejla Sadikovic Internal report 1 Unified Power Flow Controller (UPFC) The UPFC can provide simultaneous control of all basic power system parameters ( transmission voltage,
A STATIC AND DYNAMIC TECHNIQUE CONTINGENCY RANKING ANALYSIS IN VOLTAGE STABILITY ASSESSMENT
A STATIC AND DYNAMIC TECHNIQUE CONTINGENCY RANKING ANALYSIS IN VOLTAGE STABILITY ASSESSMENT Muhammad Nizam Engineering Faculty Sebelas Maret University (Ph.D Student of Electrical, Electronic and System
RLC Circuits. 1 Introduction. 1.1 Undriven Systems. 1.2 Driven Systems
RLC Circuits Equipment: Capstone, 850 interface, RLC circuit board, 4 leads (91 cm), 3 voltage sensors, Fluke mulitmeter, and BNC connector on one end and banana plugs on the other Reading: Review AC circuits
6. Oscillatory Stability and RE Design
6. Oscillatory Stability and RE Design In chapter 4 and 5, it was clarified that voltage stability and transient synchronous stability are deeply influenced by power system model (power system load model
High-ohmic/high-voltage resistors
FEATURES These resistors meet the safety requirements of: UL1676 (range 510 kω to 11 MΩ) EN60065 BS60065 (U.K.) NFC 92-130 (France) VDE 0860 (Germany) High pulse loading capability Small size. APPLICATIONS
EMERGING DISPLAY CUSTOMER ACCEPTANCE SPECIFICATIONS EG64E00BCWU MODEL NO. : FOR MESSRS : EXAMINED BY : FILE NO. CAS ISSUE : OCT.
EXAMINED BY : FILE NO. CAS-50342 EMERGING DISPLAY ISSUE : OCT.25,2002 APPROVED BY: TECHNOLOGIES CORPORATION TOTAL PAGE : 1 0 VERSION : 4 CUSTOMER ACCEPTANCE SPECIFICATIONS MODEL NO. : EG64E00BCWU FOR MESSRS
Transient Stability Analysis of Single Machine Infinite Bus System by Numerical Methods
International Journal of Electrical and Electronics Research ISSN 348-6988 (online) Vol., Issue 3, pp: (58-66), Month: July - September 04, Available at: www.researchpublish.com Transient Stability Analysis
Multi-Objective Optimization and Online Adaptation Methods for Robust Tuning of PSS Parameters
MEPS 06, September 6-8, 2006, Wrocław, Poland 187 Multi-Objective Optimization and Online Adaptation Methods for Robust Tuning of PSS Parameters G. K. Befekadu, O. Govorun, I. Erlich Institute of Electrical
Transient Stability Analysis with PowerWorld Simulator
Transient Stability Analysis with PowerWorld Simulator T11: Single Machine Infinite Bus Modeling (SMIB) 21 South First Street Champaign, Illinois 6182 +1 (217) 384.633 support@powerworld.com http://www.powerworld.com
SHORT QUESTIONS AND ANSWERS. Year/ Semester/ Class : III/ V/ EEE Academic Year: Subject Code/ Name: EE6501/ Power System Analysis
Srividya colllege of Engg & Tech,Virudhunagar Sri Vidya College of Engineering And Technology Virudhunagar 626 005 Department of Electrical and Electronics Engineering QUESTION BANK SHORT QUESTIONS AND
THE power transfer capability is one of the most fundamental
4172 IEEE TRANSACTIONS ON POWER ELECTRONICS, VOL. 27, NO. 9, SEPTEMBER 2012 Letters Power Characterization of Isolated Bidirectional Dual-Active-Bridge DC DC Converter With Dual-Phase-Shift Control Biao
Conductor Requirements for Superconducting Fault Current Limiters
superior performance. powerful technology. Conductor Requirements for Superconducting Current Limiters Chuck Weber, Director HTS Applications Coated Conductors in Applications 2008 Houston, Texas - December
Reduced Size Rule Set Based Fuzzy Logic Dual Input Power System Stabilizer
772 NATIONAL POWER SYSTEMS CONFERENCE, NPSC 2002 Reduced Size Rule Set Based Fuzzy Logic Dual Input Power System Stabilizer Avdhesh Sharma and MLKothari Abstract-- The paper deals with design of fuzzy
Harmonic Modeling of Networks
Harmonic Modeling of Networks Thomas H. Ortmeyer ECE Dept. Clarkson University Potsdam, NY 13699-5720 M. Fayyaz Akram Dept. of Elec. Eng. Univ. of Engineering and Technology Lahore, Pakistan Takashi Hiyama
FUZZY SLIDING MODE CONTROLLER FOR POWER SYSTEM SMIB
FUZZY SLIDING MODE CONTROLLER FOR POWER SYSTEM SMIB KHADDOUJ BEN MEZIANE, FAIZA DIB, 2 ISMAIL BOUMHIDI PhD Student, LESSI Laboratory, Department of Physics, Faculty of Sciences Dhar El Mahraz,Sidi Mohamed
Control Lyapunov Functions for Controllable Series Devices
IEEE TRANSACTIONS ON POWER SYSTEMS, VOL. 16, NO. 4, NOVEMBER 2001 689 Control Lyapunov Functions for Controllable Series Devices Mehrdad Ghandhari, Member, IEEE, Göran Andersson, Fellow, IEEE, and Ian
COMPARISON OF DAMPING PERFORMANCE OF CONVENTIONAL AND NEURO FUZZY BASED POWER SYSTEM STABILIZERS APPLIED IN MULTI MACHINE POWER SYSTEMS
Journal of ELECTRICAL ENGINEERING, VOL. 64, NO. 6, 2013, 366 370 COMPARISON OF DAMPING PERFORMANCE OF CONVENTIONAL AND NEURO FUZZY BASED POWER SYSTEM STABILIZERS APPLIED IN MULTI MACHINE POWER SYSTEMS
Micro-grid to System Synchronization Based on Pre-Insertion Impedance Method (Version 1.0) By Peter Zhou University of Alberta Jan 30 th, 2015
Micro-grid to System Synchronization Based on Pre-Insertion Impedance Method (Version 1.0) By Peter Zhou University of Alberta Jan 30 th, 2015 Outline 1. What is Synchronization? 2. Synchronization Concerns?
Power Engineering Institute Warsaw University of Technology
Warsaw University of Technology SHORT CIRCUIT LABORATORY Diagnostics of Vacuum Chambers R&D on Vacuum Circuit Breaker technology Development testing supported with advanced simulations Head of Lab: Waldemar
Analysis and Design of a Controller for an SMIB Power System via Time Domain Approach
Indian Journal of Science and Technology, Vol 9(44), 10.17485/ijst/2016/v9i44/102985, November 2016 ISSN (Print) : 0974-6846 ISSN (Online) : 0974-5645 Analysis and Design of a Controller for an SMIB Power
APPLICATION OF D-K ITERATION TECHNIQUE BASED ON H ROBUST CONTROL THEORY FOR POWER SYSTEM STABILIZER DESIGN
APPLICATION OF D-K ITERATION TECHNIQUE BASED ON H ROBUST CONTROL THEORY FOR POWER SYSTEM STABILIZER DESIGN Amitava Sil 1 and S Paul 2 1 Department of Electrical & Electronics Engineering, Neotia Institute
Mitigation of Distributed Generation Impact on Protective Devices in a Distribution Network by Superconducting Fault Current Limiter *
Energy and Power Engineering, 2013, 5, 258-263 doi:10.4236/epe.2013.54b050 Published Online July 2013 (http://www.scirp.org/journal/epe) Mitigation of Distributed Generation Impact on Protective Devices
EDSA IEC 909 SHORT CIRCUIT ANALYSIS
1.0 Tutorial Exercise This tutorial exercise will serve as a validation and verification test for the EDSA IEC 909 short circuit program. The tutorial will be based on two examples documented in the IEC
Robust Tuning of Power System Stabilizers Using Coefficient Diagram Method
International Journal of Electrical Engineering. ISSN 0974-2158 Volume 7, Number 2 (2014), pp. 257-270 International Research Publication House http://www.irphouse.com Robust Tuning of Power System Stabilizers
TEST CERTIFICATES OR REPORTS ISSUED BY VEIKI-VNL LTD.
Page 2 of 29 TEST CERTIFICATES OR REPORTS ISSUED BY LTD. Type Test Certificate of Complete Type Test This certificate provides the verification of all the rated characteristics of the equipment as assigned
Electromagnetic Torque From Event Report Data A Measure of Machine Performance
Electromagnetic Torque From Event Report Data A Measure of Machine Performance Derrick Haas and Dale Finney Schweitzer Engineering Laboratories, Inc. 7 SEL Overview Electromagnetic torque calculation Modeling
RC Studies Relaxation Oscillator
RC Studies Relaxation Oscillator Introduction A glass tube containing neon gas will give off its characteristic light when the voltage across the tube exceeds a certain value. The value corresponds to
max clear Figure 1 below illustrates a stable case. P post (f) (g) (e) A 2 (d) (c)
Stability 4. Introduction In the previous notes (Stability 3, we developed the equal area iterion, which says that For stability, A =A, which means the decelerating energy (A must equal the accelerating
Aug 2015 PES-TR18. Benchmark Systems for Small-Signal Stability Analysis and Control. IEEE Power & Energy Society TECHNICAL REPORT
IEEE Power & Energy Society Aug 25 TECHNICAL REPORT PES-TR8 Benchmark Systems for Small-Signal Stability Analysis and Control PREPARED BY THE Power System Dynamic Performance Committee Power System Stability
EXCITATION CONTROL OF SYNCHRONOUS GENERATOR USING A FUZZY LOGIC BASED BACKSTEPPING APPROACH
EXCITATION CONTROL OF SYNCHRONOUS GENERATOR USING A FUZZY LOGIC BASED BACKSTEPPING APPROACH Abhilash Asekar 1 1 School of Engineering, Deakin University, Waurn Ponds, Victoria 3216, Australia ---------------------------------------------------------------------***----------------------------------------------------------------------
High Ohmic/High Voltage Resistors
High Ohmic/High Voltage Resistors A metal glazed film is deposited on a high grade ceramic body. After a helical groove has been cut in the resistive layer, tinned electrolytic copper wires are welded
Real-Life Observations of Power System Dynamic Phenomena Some Interesting Aspects
Real-Life Observations of Power System Dynamic Phenomena Some Interesting Aspects A.M.Kulkarni Department of Electrical Engineering, IIT Bombay and Visiting Professor, University of Manitoba The Indian
MITIGATION OF POWER SYSTEM SMALL SIGNAL OSCILLATION USING POSICAST CONTROLLER AND EVOLUTIONARY PROGRAMMING
Journal of Engineering Science and Technology Special Issue on Applied Engineering and Sciences, October (2014) 39-50 School of Engineering, Taylor s University MITIGATION OF POWER SYSTEM SMALL SIGNAL
A Study on Performance of Fuzzy And Fuzyy Model Reference Learning Pss In Presence of Interaction Between Lfc and avr Loops
Australian Journal of Basic and Applied Sciences, 5(2): 258-263, 20 ISSN 99-878 A Study on Performance of Fuzzy And Fuzyy Model Reference Learning Pss In Presence of Interaction Between Lfc and avr Loops
Research Paper ANALYSIS OF POWER SYSTEM STABILITY FOR MULTIMACHINE SYSTEM D. Sabapathi a and Dr. R. Anita b
Research Paper ANALYSIS OF POWER SYSTEM STABILITY FOR MULTIMACHINE SYSTEM D. Sabapathi a and Dr. R. Anita b Address for Correspondence a Research Scholar, Department of Electrical & Electronics Engineering,