KEYNOTE PAPERS |
| K1 |
POWER QUALITY SOLUTIONS AND THEIR COSTS
Gerald Heydt : Arizona State University, U.S.A |
| K2 |
AN OVERVIEW OF COMPUTER SIMULATION METHODS FOR ELECTROMAGNETIC
TRANSIENTS IN POWER SYSTEMS
Hermann W. Dommel : University of British Columbia, Canada |
| K3 |
UNRESOLVED PROBLEMS IN POWER QUALITY
Vic Gosbell : University of Wollongong |
| |
|
TECHNICAL SESSIONS |
| S01 |
POWER QUALITY 1 |
| S01.1 |
CONTROL STRATEGIES FOR ELECTRONIC POWER QUALITY ENHANCEMENT EQUIPMENT
Gerald Heydt : Arizona State University, U.S.A.
Siddharth Suryanarayanan : Florida State University, U.S.A.
|
| S01.2 |
ELECTROMAGNETIC RECEIVING PROPERTIES OF OVERHEAD POWER LINE
K. L. Wong : Deakin University, Australia
|
| S01.3 |
AN ACTIVE POWER FILTER METHOD TO IMPROVE THE LINE CURRENT SPECTRUM OF
PWM LOCOMOTIVE RECTIFIERS WITH LOAD UNBALANCE
Vijaya Kuppa, Peter Wolfs and Steven Senini : Central Queensland University, Australia
|
| S01.4 |
A SMART POWER QUALITY MONITORING STRATEGY
T. K. Abdel-Galil and Ibrahim O. Habiballah : King Fahd University of Petroleum and Minerals,
Saudi Arabia |
| S01.5 |
EVALUATION OF GRADIENT CONTROL WIRE AND INSULATING JOINTS AS METHODS OF
MITIGATING INDUCED VOLTAGES IN GAS PIPELINES
Dejan Markovic, Vic Smith and Sarath Perera : University of Wollongong, Australia |
| S01.6 |
EVALUATION OF HIGHER VOLTAGE SIDE HARMONIC DISTORTION USING THE LOWER
VOLTAGE SIDE MEASURED DATA
András M. Dán : Budapest University of Technology and Economics, Hungary
A. P. Sakis Meliopoulos : Georgia Institute of Technology, U.S.A. |
| S02 |
ELECTRICAL MACHINES 1 |
| S02.1 |
EFFECT OF IRON LOSS ON THE PERFORMANCE OF INTERIOR PERMANENT MAGNET
MACHINES
Rukmi Dutta and M. F Rahman : University of New South Wales, Australia |
| S02.2 |
ELECTRIC FIELD MODELLING OF NON-CERAMIC HIGH VOLTAGE INSULATORS
Bogdan Vancia : National Electricity Market Management Company, Australia
Tapan Saha : University Of Queensland, Australia
Tony Gillespie : Powerlink Queensland, Australia |
| S02.3 |
A LOW VOLTAGE, MAINS FREQUENCY, PARTIAL CORE, HIGH TEMPERATURE,
SUPERCONDUCTING TRANSFORMER
Pat Bodger, Wade Enright and Vincent Ho : University of Canterbury, New Zealand |
| S02.4 |
MODELING OF THE SOLID ROTOR INDUCTION MOTOR
Tony Ahfock : University of Southern Queensland, Australia
Andrew L. Hewitt : SIGMA Energy Solutions, Australia |
| S02.5 |
A PARAMETRIC FINITE ELEMENT ANALYSIS PACKAGE FOR ELECTROMAGNETIC FIELDS
OF ELECTRICAL MACHINE
Shuhong Wang : University of Technology Sydney, Australia
Jie Qiu and Qingfu Li : Xi'an Jiaotong University, China
Jian Guo Zhu and Youguang Guo : University of Technology Sydney, Australia |
| S03 |
POWER SYSTEM PLANNING AND OPERATION 1 |
| S03.1 |
A MODEL REPRESENTING FAILURE PROBABILITY DENSITY FUNCTION USING SERIES OF
DISCRETE EXPONENTIAL FUNCTIONS.
Ghavam Nourbakhsh and David Birtwhistle : Queensland University of Technology |
| S03.2 |
OPTIMAL SCHEDULING AND RISK MINIMIZATION FOR A GENCO UNDER MARKET
CONDITIONS
Guillermo Bautista, Victor H. Quintana and Juan Alvarez : University of Waterloo, Canada |
| S03.3 |
MICROGRID (MV NETWORK) RESTORATION USING DISTRIBUTED RESOURCES AFTER
MAJOR EMERGENCIES
Yin Chin Choo, Kai Xian Lai, M. A. Kashem, M. Negnevitsky : University of Tasmania |
| S03.4 |
COST MODEL FOR OPERATION OF A HYDROPOWER GENERATOR
Andrew Greenhill, Jane Sargison and Michael Negnevitsky : University of Tasmania |
| S03.5 |
OPERATION OF POWER SYSTEM ISLANDS
Mahdi Banejad : Sharood University of Technology, Iran
Gerard Ledwich : Queensland University of Technology, Australia
Mohammad A. Kashem : University of Tasmania, Australia |
| S03.6 |
EVALUATION OF SWITCHING CAPACITIVE CURRENTS BY DISCONNECT SWITCHES USING
DIGSILENT SOFTWARE TOOL
Sharon Arigye-Mushabe and Komla A. Folly : University of Cape Town, South Africa |
| S04 |
POWER ELECTRONICS 1 |
| S04.1 |
A NOVEL SINEWAVE INVERTER FOR HARSH ENVIRONMENTS
Hooman Dehbonei, Matthew Trigg and Chem Nayar : Curtin University of Technology |
| S04.2 |
CONSTRUCTION AND PERFORMANCE OF AN ELECTRIC TOYOTA MR2
Richard Duke : University of Canterbury, New Zealand |
| S04.3 |
DESIGN OF A ZCT INVERTER FOR A BRUSHLESS DC MOTOR, THEORETICAL ANALYSIS
Brahim Taleb and Kamal Debnath : Charles Darwin University, Australia
D. J. Patterson : University of Nebraska, U.S.A. |
| S04.4 |
DESIGN OF A ZCT INVERTER FOR A BRUSHLESS DC MOTOR, SIMULATION RESULTS
Brahim Taleb and Kamal Debnath : Charles Darwin University, Australia
D. J. Patterson: University of Nebraska, U.S.A. |
| S05 |
STABILITY, SECURITY, AND RELIABILITY 1 |
| S05.1 |
COMPARISON OF INDUSTRIAL-GRADE ANALYTICAL TOOLS USED IN SMALL-SIGNAL
STABILITY ASSESSMENT
K. Kaberere, M. Ntombela, K. Folly and A. Petroianu : University of Cape Town, South Africa |
| S05.2 |
AN INVESTIGATION INTO THE CAPABILITIES OF MATNETEIG FOR SMALL-SIGNAL
STABILITY ANALYSIS
Mpumelelo Ntombela and Komla Folly : University of Cape Town, South Africa |
| S05.3 |
ANALYSIS OF MAJOR AUSTRALIAN EVENTS USING THE ANGLE MEASUREMENT SYSTEM
Chuanli Zhang and Gerard Ledwich : Queensland University of Technology, Australia |
| S05.4 |
ENHANCING RELIABILITY OF POWER TRANSMISSION AND DISTRIBUTION NETWORKS
WITH UNDERGROUND CABLES
Al Khalidi Hassan and Akhtar Kalam : Victoria University, Australia |
| S05.5 |
EXPERIMENTAL STUDY OF INSTABILITIES OF A SYSTEM OF PARALLEL BOOST
Herbert H.C. Iu : University of Western Australia, Australia
Velibor Pjevalica : NIS-GAS, Serbia and Montenegro |
| S06 |
AI APPLICATIONS 1 |
| S06.1 |
AN INTELLIGENT CONTROLLER FOR PEM FUEL CELL POWER SYSTEM BASED ON DOUBLE
CLOSED-LOOP CONTROL
Y. Zhan, J. Zhu, Y. Guo and A. Rodriguez : University of Technology Sydney, Australia |
| S06.2 |
A NOVEL APPROACH TO DETECTION HIGH IMPEDANCE FAULTS USING FUZZY LOGIC
S. Hosseini Naveh : North Kerman Province Electric Power Distribution Company, Iran
H. Khorashadi Zadeh : University of Birjand, Iran
B. T. Hosseini and S. A. Khalegh Zadeh : North Kerman Province Electric Power Distribution
Company, Iran |
| S06.3 |
A NOVEL FUZZY LOGIC BASED TECHNIQUE FOR POWER TRANSFORMER REMNANT LIFE
ESTIMATION
Muhammad Arshad and Syed Islam : Curtin University of Technology, Australia |
| S06.4 |
EVOLUTIONARY PROGRAMMING APPROACH FOR SOLVING ECONOMIC DISPATCH IN
POWER SYSTEM
Bibi Norasiqin S. Rahimullah and Titik Khawa Abd Rahman : Universiti Teknologi Mara, Malaysia |
| S06.5 |
INFORMATION TECHNOLOGY SOLUTION FOR POWER DISTRIBUTION SYSTEM
AUTOMATION
Pravin Chopade and D. G. Bharadwaj : Bharati Vidyapeeth Deemed University, India
B. E. Kushare : K. K. Wagh College of Engineering, India |
| S07 |
RENEWABLE ENERGY 1 |
| S07.1 |
DEVELOPMENT OF A NEW SOLAR PHOTOVOLTAIC POWERED DESALINATION PLANT
Ahmad Zahedi : Monash University, Australia |
| S07.2 |
A LOW COST POWER ELECTRONIC INTERFACE FOR SMALL SCALE WIND GENERATORS IN
SINGLE PHASE DISTRIBUTED POWER GENERATION SYSTEM
Chem Nayar and Hooman Dehbonei : Curtin University of Technology, Australia
Liuchen Chang : Universitie of New Brunswick, Canada |
| S07.3 |
A COMPARATIVE STUDY OF THE VOLTAGE CONTROLLED AND CURRENT CONTROLLED
VOLTAGE SOURCE INVERTER FOR DISTRIBUTED GENERATION SYSTEM
Sung H. Ko and Seong R. Lee : Kunsan National University, Korea
Hooman Dehbonei and Chem Nayar : Curtin University Of Technology, Australia |
| S07.4 |
TECHNIQUES OF ENERGY STORAGE FOR USE IN DISTRIBUTED GENERATION SYSTEMS
Gang Zhang, Jian Xun Jin, Bing Feng Wang and Yi Bing Shi : University of Electronic
Science and Technology of China, China |
| S07.5 |
DESIGNING A HYBRID ELECTRIC SCOOTER
Keith Hoffman and Dennis Grieve : Queensland University of Technology, Australia |
| S07.6 |
DYNAMICS OF A HYDRO-WIND HYBRID ISOLATED POWER SYSTEM
M. Aktarujjaman, Mohammad A. Kashem, and M. Negnevitsky : University of Tasmania
Gerard Ledwich : Queensland University of Technology, Australia |
| S08 |
POWER QUALITY 2 |
| S08.1 |
DESIGN OF A LIGHT CHAMBER FOR THE CHARACTERISATION OF FLICKER BEHAVIOUR OF
LAMPS
John Braun, Sarath Perera and Vic Gosbell : University of Wollongong, Australia |
| S08.2 |
FACTS DEVICE INTERACTION IN THE HARMONIC DOMAIN
Chris Collins, Neville Watson and Alan Wood : University of Canterbury, New Zealand |
| S08.3 |
DEVELOPMENT OF A SOFTWARE TOOL UNDER AS61000.3.7, TO PROVIDE ASSESSMENT OF
VOLTAGE FLICKER CAUSED BY FLUCTUATING LOADS
Blake Harvey and Nasser Hossein-Zadeh : Central Queensland University, Australia |
| S08.4 |
DESIGN AND SIMULATION OF HARMONIC FILTERS USING MATLAB® SOFTWARE
Suhail Aftab Qureshi, Ahmed Hassan and Azeem Talib : University of Engineering and
Technology Lahore, Pakistan |
| S08.5 |
REAL TIME INDIVIDUAL HARMONIC MEASURING METHOD FOR ACTIVE HARMONIC
COMPENSATION
T. Manmek, Huu-Phuc To, C. Grantham and T. Phung : University of New South Wales |
| S08.6 |
SIMULATION AND PERFORMANCE ANALYSIS OF HIGH FREQUENCY FOUR QUADRANT
IMPROVED POWER QUALITY AC-DC CONVERTER
A. N. Arvindan and V. K. Sharma : Jamia Millia Islamia, India |
| S09 |
TRANSMISSION AND DISTRIBUTION 1 |
| S09.1 |
AN ALTERNATIVE POWER TRACING METHOD FOR TRANSMISSION OPEN ACCESS
Mohd. Wazir Bin Mustafa and Hussain Shareef : Universiti Teknologi Malaysia, Malaysia |
| S09.2 |
AN ASSESSMENT OF THE PRODUCTIVITY OF THE KENYAN ELECTRICITY SUPPLY
INDUSTRY
S. Mbogho, D. Sharma, J. G. Zhu and R. Fathollahzadeh : University of Technology Sydney |
| S09.3 |
ELECTRICITY INTENSITY PATTERNS FOR NEW ZEALAND, SELECTED COUNTRIES AND
WORLD REGIONS
Pat Bodger and Zaid Mohamed : University of Canterbury, New Zealand |
| S09.4 |
NETWORK RECONFIGURATION TO IMPROVE THE PERFORMANCE OF DISTRIBUTION
SYSTEM UNDER FAULT CONDITION IN THE PRESENCE OF DISTRIBUTED GENERATION
Zuhaila Mat Yasin and Titik Khawa Abdul Rahman : Universiti Teknologi Mara, Malaysia |
| S09.5 |
LOW COST SOLUTIONS FOR BALANCING THREE PHASE FEEDERS TO SWER SYSTEMS
S. Senini, N. Hossein-Zadeh, D. Seyoum and P. Wolfs : Central Queensland University
A. Loveday and J. Turner: Ergon Energy, Australia |
| S10 |
ELECTRICAL MACHINES 2 |
| S10.1 |
DIRECT TORQUE CONTROL OF A SURFACE-MOUNTED PERMANENT MAGNET
SYNCHRONOUS MOTOR BASED ON ACCURATE MODELLING
Ying Yan, Jianguo Zhu and Haiwei Lu : University of Technology Sydney, Australia |
| S10.2 |
A SOFTWARE-BASED DIFFERENTIAL TECHNIQUE FOR PARTIAL DISCHARGE DETECTION
Hao Zhang, Trevor Blackburn and Toan Phung : University of New South Wales, Australia
John Hanlon and Peter Taylor : Integral Energy, Australia |
| S10.3 |
DESIGN AND ANALYSIS OF CLOSED LOOP MICROPROCESSOR BASED STATIC SLIP
ENERGY RECOVERY CONTROLLED SLIP RING INDUCTION MOTOR DRIVE
B. K. Singh : Kumaon Engineering College, India
K. B. Naik : Kamla Nehru Institute of Technology, India |
| S10.4 |
A SIMULINK MODEL OF PMSM TO INCLUDE HIGH FREQUENCY MAGNETIC SALIENCY
EFFECT FOR A NEW SENSORLESS ROTOR DETECTION TECHNIQUE
Ram Chandru and J. G. Zhu: University of Technology Sydney, Australia |
| S10.5 |
A VLSI BASED VIRTUAL INSTRUMENTATION FOR ON- LINE INDUCTION MOTOR
PARAMETER IDENTIFICATION
R. Saravana Kumar and K. K. Ray : Vellore Institute of Technology Deemed University, India |
| S11 |
RENEWABLE ENERGY 2 |
| S11.1 |
COMPONENT SIZING FOR A POWER SYSTEM COMBINING BATTERIES AND
SUPERCAPACITORS IN A SOLAR/HYDROGEN HYBRID ELECTRIC VEHICLE
Michael B. Burnett and Lawrence Borle : University of Western Australia, Australia |
| S11.2 |
ECONOMIC EVALUATION OF A FUEL CELL SYSTEM FOR DOMESTIC APPLICATION IN
AUSTRALIA
Mukul Mahajan and Akhtar Kalam : Victoria University, Australia |
| S11.3 |
EFFECT OF STEADY-STATE WIND TURBINE GENERATOR MODELS ON POWER FLOW
CONVERGENCE AND VOLTAGE STABILITY LIMIT
Genevieve Coath : University of Melbourne, Australia
Majid Al-Dabbagh : RMIT University, Australia |
| S11.4 |
INVESTIGATING USING STOCHASTIC METHODS TO GENERATE TRAINING DATA FOR
WINDPOWER PREDICTION
Cameron Potter and Michael Negnevitsky : University of Tasmania, Australia |
| S11.5 |
IDENTIFICATION OF A REDUCED ORDER WIND TURBINE TRANSFER FUNCTION FROM THE
TURBINE’S STEP RESPONSE
Clemens Jauch : Risø National Laboratory, Denmark
Syed M. Islam : Curtin University of Technology, Australia |
| S12 |
POWER ELECTRONICS 2 |
| S12.1 |
ADAPTIVE FILTERING FOR PARTIAL DISCHARGE DETECTION IN CABLES
H. Zhang, T. Blackburn, T. Phung, HioNam O and M. Naderi : University of New South Wales |
| S12.2 |
NEW GENERATION POWER CONVERTER
William Phipps and Richard Duke : University of Canterbury, New Zealand
Michael Harrison : Eaton Powerware Ltd, New Zealand |
| S12.3 |
ENERGY STORAGE OPTIONS FOR HYBRID DIESEL ELECTRIC SHUNTING LOCOMOTIVES
Peter Wolfs : Central Queensland University, Australia |
| S12.4 |
DESIGN OPTIMISATION FOR A SUPERCONDUCTING SOLENOID MADE OF HIGHTEMPERATURE
SUPERCONDUCTOR TAPE FOR ENERGY STORAGE PURPOSE
Chen Chao and Colin Grantham : University of New South Wales, Australia |
| S13 |
TRANSMISSION AND DISTRIBUTION 2 |
| S13.1 |
MINIMISING VOLTAGE DEVIATION IN DISTRIBUTION FEEDERS BY OPTIMISING SIZE AND
LOCATION OF DISTRIBUTED GENERATION
An D. T. Le, Mohammad A. Kashem and M. Negnevitsky : University of Tasmania
G. Ledwich : Queensland University of Technology, Australia |
| S13.2 |
MINIMISING POWER LOSSES IN DISTRIBUTION SYSTEMS WITH DISTRIBUTED RESOURCES
An D. T. Le, Mohammed A. Kashem and M. Negnevitsky : University of Tasmania, Australia
G. Ledwich : Queensland University of Technology, Australia |
| S13.3 |
INVESTIGATION OF VOLTAGE QUALITY AND DISTRIBUTION CAPACITY ISSUES ON LONG
RURAL THREE PHASE DISTRIBUTION LINES SUPPLYING SWER SYSTEMS
Jason Mayer : Connell Wagner, Australia
Nasser Hossein-Zadeh and Peter Wolfs : Central Queensland University, Australia |
| S13.4 |
APPLICATIONS OF GRID COMPUTING IN POWER SYSTEMS
Mohsin Ali, Zhao Yang Dong and Xue Li : University of Queensland, Australia
Pei Zhang : Electrical Power Research Institute, U.S.A. |
| S13.5 |
TELLEGEN-KIRCHOFF’S BASED POWER FLOW SOLUTION FOR RADIAL DISTRIBUTION
NETWORKS
R. Dharmasa, P. S. R. Murthy, C. Radhakrishana and H. S. Jain : Sreenidhi Institute of Science &
Technology, India |
| S14 |
STABILITY, SECURITY, AND RELIABILITY 2 |
| S14.1 |
FACTS: UNIFIED POWER FLOW CONTROLLER(UPFC), MATHEMATICAL MODELLING AND
PERFORMANCE EVALUATION
P. Chopade, M. T. Hiwase and D. G. Bharadwaj : Bharati Vidyapeeth Deemed University, India
B. E. Kushare : K. K. Wagh College of Engineering, India |
| S14.2 |
GENERATION DIRECTION BASED ON OPTIMIZATION TECHNIQUE FOR POWER SYSTEM
STATIC VOLTAGE STABILITY
Arthit Sode-Yome : Siam University, Thailand
Nadarajah Mithulananthan : Asian Institute of Technology, Thailand |
| S14.3 |
EFFECT OF SITE AND SIZE ON THE RELIABILITY OF A WIND-DIESEL HYBRID POWER
SYSTEM
Xu Liu and Syed Islam : Curtin University of Technology, Australia |
| S14.4 |
SIMULATION AND ANALYSIS OF LOAD MODELING EFFECTS ON POWER SYSTEM
TRANSIENT STABILITY
M. Sanaye-Pasand, H. Seyedi, H. Lesani and M. R. Dadashzadeh : University of Tehran, Iran |
| S14.5 |
EXPERIMENTAL ANALYSIS AND MODELLING OF AN INFORMATION EMBEDDED POWER
SYSTEM
Maung Than Oo Amanullah, Akhtar Kalam and Aladin Zayegh : Victoria University |
| S15 |
POWER SYSTEM PLANNING AND OPERATION 2 |
| S15.1 |
DYNAMIC SIMULATIONS WITH IMPROVED REPRESENTATION OF LOADS AND THEIR
CONNECTION TO A POWER SYSTEM
Anatoliy Meklin : Pacific Gas and Electric Company, U.S.A.
Donald Sutphin : VIASYN, U.S.A. |
| S15.2 |
DECIDING SOIL THERMAL RESISTIVITY VALUES: THE PROBLEM, RISK AND A SOLUTION
Jim Lyall : Queensland University of Technology, Australia |
| S15.3 |
COMPARATIVE EFFECTIVENESS OF LOSS ALLOCATION METHODS FOR PROVIDING
SIGNALS TO AFFECT MARKET OPERATION
Valerie S. C. Lim and Tapan K. Saha : University of Queensland, Australia
John D. F. McDonald : Imperial College London, U.K. |
| S15.4 |
EVALUATING TRANSFER CAPABILITY OF ECONOMIC-DRIVEN POWER MARKETS
Sheng How Goh, Tapan Saha, Zhao Yang Dong and Zhao Xu : University of Queensland |
| S15.5 |
INVESTIGATION OF WEATHER DEPENDENCY AND LOAD DIVERSITY ON QUEENSLAND
ELECTRICITY DEMAND
Carla J. Ziser, Z. Y. Dong and T. Saha : University of Queensland, Australia |
| S16 |
AI APPLICATIONS 2 |
| S16.1 |
ANFIS BASED FAULT LOCATION FOR EHV TRANSMISSION LINES
Mahmood Joorabian and Mehdi Monadi : Shahid Chamran University, Iran |
| S16.2 |
APPLICATION OF FUZZY LOGIC FOR SELF-ADAPTIVE CONTROL OF SVC LOOP GAIN
Tam Nguyen and Cuong Vu : University of Western Australia, Australia |
| S16.3 |
INTELLIGENT CONTROL OF POWER SYSTEM WITH GRIDSTAT
Pravin Chopade and D.G. Bharadwaj : Bharati Vidyapeeth Deemed University, India
B. E. Kushare : K. K. Wagh College of Engineering, India |
| S16.4 |
A NEW METHOD OF POWER SWING BLOCKING FOR DISTANCE PROTECTION USING ANN
H. Khorashadi Zadeh : University of Birjand, Iran
S. Hosseini Naveh, B. T. Hosseini and S. H. Abdol Khalegh Zadeh : Kerman Regional Electrical
Company, Iran |
| S16.5 |
AN ACCURATE APPROACH TO EARTH FAULT DETECTION FOR GENERATOR STATOR USING
FUZZY LOGIC
H. Khorashadi Zadeh : University of Birjand, Iran
S. Hosseini Naveh, S. Irannejad and S. H. Abdol Khalegh Zadeh : Kerman Regional Electrical
Company, Iran |
| S17 |
ELECTRICAL MACHINES 3 |
| S17.1 |
DETERMINATION OF WINDING INDUCTANCE IN A CLAW POLE PERMANENT MAGNET
MOTOR WITH SMC CORE
YouGuang Guo, Jian Guo Zhu, Haiwei Lu, Ram Chandru and Shuhong Wang : University of
Technology Sydney, Australia
Jianxun Jin : University of Electronic Sci. & Tech. of China, China |
| S17.2 |
SENSORLESS POSITION ESTIMATION IN THE FAULT TOLERANT MOTOR DRIVE WITH
REDUNDANCY
Jae Sam An, Nesimi Ertugrul and Wen. L. Soong : University of Adelaide, Australia |
| S17.3 |
A NEW BIDIRECTIONAL SINGLE-STAGE POWER CONVERTER FOR 42 V POWERNET
SYSTEM
Keping You and M. F. Rahman : University of New South Wales, Australia |
| S17.4 |
SLIDING MODE CONTROLLED LOW VOLTAGE INDUCTION MACHINE FOR 42V
AUTOMOTIVE SYSTEMS
Jun Zhang and M. F. Rahman : University of New South Wales, Australia |
| S18 |
POWER ELECTRONICS 3 |
| S18.1 |
DEVELOPMENT OF NEW PARTIAL DISCHARGE SENSORS FOR CONDITION MONITORING OF
POWER SYSTEM EQUIPMENT
B.T. Phung, T.R. Blackburn, G.D. Peng, H.C Chang and L.K. Guan : University of NSW |
| S18.2 |
ANALYSIS AND DESIGN OF A PASSIVE LOSSLESS SNUBBER IN THE TWO-INDUCTOR BOOST
CONVERTER WITH A VARIABLE INPUT VOLTAGE
Quan Li and Peter Wolfs : Central Queensland University, Australia |
| S18.3 |
MODELLING AND SIMULATION OF SWITCHING TRANSIENTS IN PWM INVERTER DRIVES
AND FILTER DESIGN TO REDUCE SEVERITY
Banakara Basavaraja and D.V.S.S. Siva Sarma : National Institute of Technology, India |
| S18.4 |
FACTS ABOUT FLEXIBLE AC TRANSMISSION SYSTEMS (FACTS) CONTROLLERS:
PRACTICAL INSTALLATIONS AND BENEFITS
Naresh Acharya and Nadarajah Mithulananthan : Asian Institute of Technology, Thailand
Arthit Sode-Yome : Siam University, Thailand |
| S19 |
POWER ENGINEERING EDUCATION |
| S19.1 |
ENHANCEMENT OF STUDENT’S LEARNING OF ELECTROMAGNETICS – PROJECT BASED
APPROACH
Subhas Mukhopadhyay : Massey University, New Zealand |
| S19.2 |
TEACHING THE RELATIONSHIPS BETWEEN HARMONICS AND SYMMETRICAL
COMPONENTS
Gary Atkinson-Hope : Cape Peninsula University of Technology, South Africa |
| S19.3 |
POWER SYSTEMS COMMUNICATION LABORATORY
Maung Than Oo Amanullah, Akhtar Kalam and Aladin Zayegh : Victoria University |
| S19.4 |
POWER SYSTEM BLACKOUTS – LESSONS LEARNED
Nasser Hossein-Zadeh : Central Queensland University, Australia |
| S19.5 |
MODELING AND SIMULATION OF A SWITCHED MODE POWER SUPPLY USING SIMULINK
Narayanaswamy. P.R. Iyer and Venkat Ramaswamy : University of Technology Sydney |
| S20 |
POWER SYSTEM PLANNING AND OPERATION 3 |
| S20.1 |
COMPARING EFFECTIVENESS OF DIFFERENT RELIABILITY INDICES IN CONTINGENCY
RANKING AND INDICATING VOLTAGE STABILITY
Tika R. Limbu and Tapan K. Saha : University of Queensland, Australia
John D.F. McDonald : Imperial College London, UK |
| S20.2 |
IMPACT OF REGIONAL ELECTRICITY MARKETS INTEGRATION ON POOL PRICES: AN
APPLICATION TO THE IBERIAN ELECTRICITY MARKET
Jorge de Sousa : Instituto Superior de Engenharia de Lisboa, Portugal |
| S20.3 |
SUMMATION LAWS IN POWER QUALITY ASSESSMENT, LOAD FORECASTING AND ENERGY
POLICY: A NEW ANALYSIS
Anthony Morton and Nadia Yousif : Econnect Australia Pty Ltd, Australia |
| S20.4 |
RECOMMENDATION FOR APPLICATION OF PROCEDURES AND METHODS TO REDUCE THE
ELECTRICITY COST
Suhail Aftab Qureshi : University of Engineering and Technology Lahore, Pakistan
Muhammad Saleem : XEN LESCO WAPDA, Pakistan |
| S21 |
ELECTRICAL MACHINES 4 |
| S21.1 |
INVESTIGATION OF AXIAL FIELD PERMANENT MAGNET MOTOR UTILIZING AMORPHOUS
MAGNETIC MATERIAL
Gene Shane Liew, Nesimi Ertugrul and Wen Liang Soong : University of Adelaide
John Gayler : GMT Ltd, Australia |
| S21.2 |
MONITORING CURRENT TRANSFORMER SECONDARY CIRCUITS TO FOREWARN OF
CATASTROPHIC INSULATION FAULTS
Darren Spoor : TransGrid, Australia
Jian Guo Zhu : University of Technology Sydney, Australia |
| S21.3 |
DESIGN AND MANUFACTURING OF STEAM TURBINE GENERATOR INSTRUMENTATION FOR
VIBRATION MONITORING
Mahmood Joorabian, Amin Zabehinajad and M. Mousavi : Shahid Chamran University, Iran |
| S21.4 |
RESPONSE OF MAINS CONNECTED INDUCTION MOTORS TO LOW FREQUENCY VOLTAGE
FLUCTUATIONS FROM A FLICKER PERSPECTIVE
Sankika Tennakoon, Sarath Perera and Duane Robinson : University of Wollongong |
| S22 |
POWER ELECTRONICS 4 |
| S22.1 |
THYRISTOR CONTROLLED REACTOR METHODS TO INCREASE THE CAPACITY OF SINGLE
WIRE EARTH RETURN SYSTEMS
P. Wolfs, S. Senini, N. Hossein-Zadeh and D. Seyoum : Central Queensland University
Anthony Loveday and Jon Turner : Ergon Energy, Australia |
| S22.2 |
INFLUENCE OF INSERTING FACTS SERIES CAPACITOR ON HIGH VOLTAGE TRANSMISSION
LINE ON ESTIMATION OF FAULT LOCATION
S. K. Kapuduwage, Majid Al-Dabbagh and E. M. Yap : RMIT University, Australia |
| S22.3 |
APPLICATION OF HIGH TEMPERATURE SUPERCONDUCTORS IN DC POWER
TRANSMISSION SYSTEMS
Jian Xun Jin : University of Electronic Science and Technology of China, China |
| S22.4 |
A COMPARISON OF THREE MAGNETICS INTEGRATION SOLUTIONS FOR THE TWOINDUCTOR
BOOST CONVERTER
Quan Li and Peter Wolfs : Central Queensland University, Australia |
| S23 |
ELECTRICAL MACHINES 5 |
| S23.1 |
MODELING AND SIMULATION OF ELECTROMAGNETIC TORQUE IN A FAULT TOLERANT
BRUSHLESS PMAC MOTOR DRIVE
Jingwei Zhu, Nesimi Ertugrul and Wen Liang Soong : University of Adelaide |
| S23.2 |
USING THE ‘UNIVERSAL RELAXATION LAW’ TO CHARACTERISE WATER TREE
DEGRADATION IN XLPE INSULATED CABLES
Andrew Thomas and Tapan Saha : University of Queensland, Australia |
| S23.3 |
MEASURING INDUCTANCES ON A DC MACHINE
Ning Chuang, Timothy Gale and Richard Langman : University of Tasmania, Australia |
| S23.4 |
MODEL BASED SIMULATION ON A DC MACHINE
Ning Chuang, Timothy Gale and Richard Langman : University of Tasmania, Australia |
| S24 |
POWER QUALITY 3 |
| S24.1 |
SURVEY OF HARMONIC DISTORTION IN INDIAN RAILWAY ELECTRIC SUPPLY SYSTEM:
RESULTS AND REMEDIAL ACTIONS
B. Kushare and A.M. Jain : K. K. Wagh Institute of Engineering, Education & Research, India
A. A. Ghatol : Dr. Babasaheb Ambedkar Technological University, India |
| S24.2 |
POWER QUALITY CHARACTERISTICS OF INDUSTRIAL ELECTRIC DISTRIBUTION SYSTEMS:
A POWER QUALITY SURVEY.
Bansidhar Kushare : K. K. Wagh Institute of Engineering, Education & Research, India
A. A. Ghatol : Dr. Babasaheb Ambedkar Technological University, India |
| S24.3 |
HARMONIC POWER POLLUTION AND HARMONIC STUDY ANALYSIS GUIDELINES FOR
INDUSTRIAL POWER SYSTEM.
S. Aftab Qureshi, A. Hassan and A. Talib : University of Engineering and Technology Lahore,
Pakistan |
| S24.4 |
HARMONIC ALLOCATION TO AGGREGATED REGIONS WITHIN A TRANSMISSION NETWORK
Tim Browne, Victor Gosbell and Sarath Perera : University of Wollongong, Australia |
| S24.5 |
INVESTIGATION OF THE INFLUENCE OF LEAKAGE CURRENT ON WOODEN POLES FOR
HIGH VOLTAGE POWER DISTRIBUTION LINE
Majid Al-Dabbagh and Sachin Pathak : RMIT University |
| S25 |
PROTECTION |
| S25.1 |
AN INVESTIGATION MADE ABOUT THE BEHAVIOURS OF POLLUTED INSULATORS BASED
ON ARTIFICIAL CONTAMINATION TESTS
M. R. Shariati, D. Mohammadi, Seyed Jamal Addin Vaseai, Mohammad Oskuoee and
Mohammad Tagi Hasanzade : Niroo Research Institute, Iran |
| S25.2 |
A STUDY ON THE DETECTION OF FAULT FREQUENCIES FOR CONDITION MONITORING OF
INDUCTION MACHINES
I. Ahmed, Nesimi Ertugrul and Wen Liang Soong : University of Adelaide, Australia
|
| S25.3 |
AN ADAPTIVE AUTO RECLOSURE SCHEME USING WAVELET TRANSFORM
Ali Kadivar and Majid Sanaye Pasand : University of Tehran, Iran |
| S25.4 |
ROBUST FAULT DETECTION IN THE LOAD-FREQUENCY CONTROL OF INTERCONNECTED
POWER SYSTEMS
Rahul Sharma and M. Aldeen : University of Melbourne, Australia
F. Crusca : Monash University, Australia |
| S25.5 |
PROTOTYPE OF A RESISTIVE HTS FAULT CURRENT LIMITER
Jian Xun Jin : University of Electronic Science and Technology of China, China
Zhen Yu Liu, Colin Grantham and Chris Sorrell : University of New South Wales, Australia
Jian Guo Zhu : University of Technology, Australia |
| S26 |
ELECTRICAL MACHINES 6 |
| S26.1 |
PARAMETER DETERMINATION OF AN INDUCTION MACHINE FOR INTEGRATED STARTER
ALTERNATOR
Chathura Mudannayake and M.F. Rahman : University of New South Wales |
| S26.2 |
MEASUREMENTS OF THE DISTORTED NO-LOAD CURRENT OF A 20/60KV 6 MVA YY0
POWER TRANSFORMER.
Kim Søgaard, Wojciech Wiechowski and Claus Leth Bak : Aalborg University, Denmark |
| S26.3 |
HOW CONFIDENT ARE WE WITH POLARISATION BASED DIAGNOSTICS FOR TRANSFORMER
CONDITION ASSESSMENT?
Tapan K Saha, Jing Haur Yew and Andrew Thomas : University of Queensland, Australia |
| S26.4 |
HIGH FREQUENCY SIGNAL PROPAGATION CHARACTERISTICS IN HIGH VOLTAGE POWER
CABLES
Hio Nam O, Trevor Blackburn, B. T. Phung and Hao Zhang : University of New South Wales
Mehdi Vakilian and M. S. Naderi : Sharif University of Technology, Iran |
| S26.5 |
AN ANN BASED DIFFERENTIAL TRANSFORMER PROTECTION
H. Khorashadi Zadeh : University of Birjand, Iran
S. H. Naveh, S. Irannejad and B. T. Hosseini : Kerman Regional Electrical Company, Iran |
| S27 |
STABILITY, SECURITY, AND RELIABILITY 3 |
| S27.1 |
VOLTAGE COLLAPSE SCENARIOS IN THE NORTH ISLAND OF NEW ZEALAND ELECTRICITY
MARKET
David Wang and Nirmal Nair : University of Auckland, New Zealand |
| S27.2 |
STABILITY ANALYSIS FOR HVDC/AC POWER SYSTEMS BASED ON A MODAL SERIES
METHOD
Xingyuan Li, H.C. Liu and Yuying Hu : Sichuan University, China |
| S27.3 |
PERFORMANCE EVALUATION OF THE UNIFIED POWER FLOW CONTROL UNDER VOLTAGE
SOURCE CONVERTERS CONSTRAINT
S. Jamal Addin Vaseai, S. Ali Nabavi-Niaki and Javad Rouhi : Mazandaran University, Iran |
| S27.4 |
PERFORMANCE ANALYSIS OF THREE PHASE INDUCTION GENERATORS DURING FAULT
Dawit Seyoum, Peter Wolfs and Nasser Hossein-Zadeh : Central Queensland University |
| S27.5 |
INCORPORATION OF SELF-COMMUTATING CSC TRANSMISSION IN POWER SYSTEM
POWER-FLOW
L. B. Perera, Y. H. Liu, N. R. Watson and Jos Arrillaga : University of Canterbury, New Zealand |
