ÇUKUROVA UNIVERSITY INSTITUTE OF NATURAL AND APPLIED ...
ÇUKUROVA UNIVERSITY INSTITUTE OF NATURAL AND APPLIED ... ÇUKUROVA UNIVERSITY INSTITUTE OF NATURAL AND APPLIED ...
1. INTRODUCTION Mustafa İNCİ 1.3. Outline of Thesis The thesis consists of the following chapters: After this first chapter, in Chapter 2 Power Quality Problems; Sources and effects of power quality problems, power quality problems and their explanation, Power Quality Standards and solution of power quality problems are explained. Chapter 3 The Fundamentals of DVR gives an overview of available DVR system, the function of converters in power circuit configuration, filter and transformer design. It also includes control methods in available literature. The power circuit design of multilevel inverter based DVR components, sag detection methods, voltage injection strategies used in proposed DVR are explained in Chapter 4 Modeling of Proposed DVR. Simulation results which consist of comparison of sag/swell detection methods, voltage injection strategies (presag, in-phase) and voltage control strategies are given in Chapter 5 Simulation Results and Case Studies. Also, this chapter includes analysis of full bridge dc-dc converter for voltage sag compensation. 3
1. INTRODUCTION Mustafa İNCİ 4
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- Page 3 and 4: ABSTRACT MSc THESIS MODELING AND AN
- Page 5 and 6: ACKNOWLEDGEMENTS First and foremost
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1. INTRODUCTION Mustafa İNCİ<br />
1.3. Outline of Thesis<br />
The thesis consists of the following chapters:<br />
After this first chapter, in Chapter 2 Power Quality Problems; Sources and<br />
effects of power quality problems, power quality problems and their explanation,<br />
Power Quality Standards and solution of power quality problems are explained.<br />
Chapter 3 The Fundamentals of DVR gives an overview of available DVR<br />
system, the function of converters in power circuit configuration, filter and<br />
transformer design. It also includes control methods in available literature.<br />
The power circuit design of multilevel inverter based DVR components, sag<br />
detection methods, voltage injection strategies used in proposed DVR are explained<br />
in Chapter 4 Modeling of Proposed DVR.<br />
Simulation results which consist of comparison of sag/swell detection<br />
methods, voltage injection strategies (presag, in-phase) and voltage control strategies<br />
are given in Chapter 5 Simulation Results and Case Studies. Also, this chapter<br />
includes analysis of full bridge dc-dc converter for voltage sag compensation.<br />
3
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