Fadi M. AlbatshUniversity of Kuala Lumpur | unikl · British Malaysian Institute
Fadi M. Albatsh
PhD
About
24
Publications
33,302
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338
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Introduction
Fadi M. Albatsh received the B.S. and M.S. degrees in Electrical Engineering from the Islamic University of Gaza, Palestine, in 2006 and 2009, respectively. He received PhD degree from the University of Malaya, Kuala Lumpur, Malaysia in 2015. He is currently Senior Lecturer at Electrical Engineering Section, British Malaysian Institute, Universiti Kuala Lumpur (UniKL). Dr FADI is actively involved in research as a principle investigator and co researcher with a total amount of research grant worth more than RM 130 thousand. He is the author and co-author of more than 25 publications in an international journals and proceedings in the area of Power Systems and Power Electronics. His research interests include FACTS devices, power converters, power quality, microgrid and renewable energy.
Research Experience
July 2011 - December 2016
University of Malaya
Position
- Research Assistant
Publications
Publications (24)
Now a day’s power system network operates at different states due to variation in load demand. As a result, the power flow in transmission line keeps on changing which needs to be controlled precisely. With regard to this problem, FACTS devices such as UPFC have been widely utilised to control power flow in transmission line at various operating st...
In this paper, impedance based method and matching approaches were used separately to detect three phase to ground fault (LLLGF). In order to observe the accuracy of each method, Non-homogeneous distribution network was used as a tested network. Actual data from TNB (Tenaga National Berhad) Malaysia was adopted to model the network by using PSCAD/E...
This paper presents a half-bridge and full-bridge
DC-DC series resonant converters. The main feature of the
converter is to investigate the achievement of the soft
switching techniques and to produce high output power.
Furthermore, both converters were tested by utilizing two
different switching frequencies which are 40, and 45 kHz,
where the reson...
In this paper, Fuzzy Logic Controller (FLC) is proposed to overcome the problems of the existing UPFC controllers and to provide the dynamic power flow control through transmission lines. Although many researches have been focusing on developing UPFC control strategies for power flow control through simulation, there is a lack of experimental valid...
Now a days power system network operates at different states due to variation in load demand. As a result, the power flow in transmission line keeps on changing which needs to be controlled precisely. Therefore, in this paper an attempt to control power flow in transmission line at various operating states of power system network using Unified powe...
![Fig.1. Two Bus Representation Model for P-V Curve [9]](profile/Fadi-Albatsh/publication/316906895/figure/fig1/AS:501746020687873@1496636981379/Two-Bus-Representation-Model-for-P-V-Curve-9_Q320.jpg)
In modern power systems, long transmission lines coupled with fast-growing load demand factor have resulted in a more stressed system than ever before. This paper is aimed at static voltage stability analysis(VSA) of IEEE-14 bus standard test case for weakest region exploration using conventional P-V and Q-V curve methods for investigating voltage...
High photovoltaic (PV) integration in electrical grid is one of the strategic goals for many countries nowadays. That's why many governments introduced incentive policies seeking for PV projects funded by private sector. These kinds of projects have to be a positive net present value (NPV) in order to get sponsorship by non-government sector. This...
This paper were carried to investigate the effect of self-impedance and mutual impedance in the estimation of the voltage sag in each node. The voltage sag estimation were carried on the TNB 132/11kV distribution network with a single-line-to-ground fault occur in the network. The result shows that when a high fault impedance occur, the impact of m...
A new approach of unified power flow controller (UPFC) optimal placement in the power system network based on dynamic analysis of voltage stability is presented in this paper. Voltage stability indices (VSIs), called line stability index LQP, voltage collapse point indicators (VCPIs), and line stability factor Lmn have been employed to explore the...
This paper presents an active and reactive (D-Q) current control method to generate the required reference current for three phase four wire shunt hybrid active filter (SHAPF) to solve power system network problems. Here, the passive elements of SHAPF have been used for compensation of reactive power and lower order harmonics and the active part mi...
This paper presents a fuzzy logic controller (FLC) based unified power flow controller (UPFC) for dynamic power flow control. FLC has been employed to provide dynamic control of series and shunt converters of UPFC. The proposed controller has been designed using PSCAD software and validated on IEEE 14 bus system network. The results show that the p...
Global demand for power has significantly increased, but power generation and transmission capacities have not increased proportionally with this demand. As a result, power consumers suffer from various problems, such as voltage and frequency instability and power quality issues. To overcome these problems, the capacity for available power transfer...
This study examines a new approach to selecting the locations of unified power flow controllers (UPFCs) in power system networks based on a dynamic analysis of voltage stability. Power system voltage stability indices (VSIs) including the line stability index (LQP), the voltage collapse proximity indicator (VCPI), and the line stability index (Lmn)...
This paper presents a dynamic model of UPFC to enhance voltage stability margin where its location has been determined by employing two line stability indices (LSIs) known as Fast Voltage Stability Index (FVSI) and Voltage Collapse Point Indicators (VCPI). These indices have been exploited dynamically to find out the weakest links of the power syst...
This paper presents a placement method of fuzzy logic based unified power flow controller (UPFC) in power system network by analyzing dynamic voltage stability. Voltage stability indices namely LQP and voltage collapse point indicators (VCPI) indices are used to determine the weakest line for UPFC by dynamic load variation. The controllers of the s...
Ever increasing power demand has made it essential to utilize the available transmission network resources. As a fact, steady state model of flexible alternating current transmission system (FACTS) devices have been used in many studies to improve power flow capability (PFC) in the transmission lines. In this paper, a dynamic model of unified power...
Transformerless PV inverters are most preferred for grid connected photovoltaic (PV) generation system due to higher efficiency and lower cost. However, to meet the safety regulations, the leakage current, which deteriorates the power quality and generates EMI of transformerless PV inverter, have to be addressed carefully. In order to eliminate the...
In this paper, a D-Q model of fuzzy based unified power flow controller (UPFC) has been proposed to control the active and reactive power flow through the transmission lines. Power loss reduction also intends with the proposed UPFC controller. The UPFC's shunt and series controllers are developed based on D-Q fuzzy logic (FL) controller, which has...
Unmanned Aerial Vehicle (UAV) has evolved rapidly over the past decade. There have been an increased number of studies aiming at improving UAV and in its use for different civil applications. This paper highlights the fundamentals of UAV system and examines the challenges related with the major components such as motors, drives, power systems, comm...
The design of multivariable ripple-free deadbeat controllers is a complex task. One approach which has shown promise for solving multivariable ripple-free deadbeat control (MRFDC) problems is the use of Diophantine equation parameters. The problem of solving robust multivariable ripple free deadbeat with time delays has not been solved. This paper...
Projects
Projects (2)
1. To evaluate the voltage stability performance under both normal and contingency conditions in distribution networks with and without Smart Grid implementation.
2. To propose the new method to determine the optimal location and sizing for STATCOM and BESS in Smart Grid System using PSO and ADNN hybrid techniques and compare with other hybrid method: PSO adaptive gravitational search algorithm (GSA).
3. To estimate the appropriate sizing for STATCOM and BESS system to enhance the voltage stability in Smart Grid System.
