AN INSULATION CO-ORDINATION PROCEDURE FOR POWER SYSTEM EQUIPMENT

TABLE OF CONTENTS

Abstract

CHAPTER ONE

1.0    Introduction

1.1   Background of Study

1.2   Statement of Problems

1.3   Research Objectives

1.4   Research Question

1.5   Research Hypothesis   

1.6   Scope of Study

1.7   Significance of study

1.8   Limitation of study

1.9   Definition of terms

CHAPTER TWO

2.0   Literature Review

CHAPTER THREE

3.0   Research methodology

3.1   Research Design

3.2   Population of study

3.3   Sampling Design and Procedure

3.4   Data Collection Instrument

3.5   Administration of Data Collection Instrument

3.6   Methods of data analysis

CHAPTER FOUR

4.0   Data Presentation and Analysis

4.1   Data Presentation  

4.2   Test of Hypothesis 

CHAPTER FIVE

5.0   Summary, Conclusion and Recommendation

5.1   Summary

5.2   Conclusion

5.3    Recommendation

References

Questionnaire

ABSTRACT
 
 
 
Generally, for existing Insulation co-ordination studies the power system has been modeled either by deterministic mathematical techniques or by statistical methods. The shortcoming of the existing conventional mathematical technique of Insulation co-ordination analysis is that it assumes that the power system dynamics is linear. 
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