Power Network Analysis

Introduction

Basic Circuit Principles – Phasor Diagrams

Basic Circuit Principles – Power in 1 Φ AC Circuit

Basic Circuit Principles – Power in 3 Φ AC Circuit

Transformers and Per Unit Analysis – Basics of Transformers

Transformers and Per Unit Analysis – Basic and 3 Φ Transformers

Transformers and Per Unit Analysis – Per Unit Analysis

Transformers and Per Unit Analysis – Example

Synchronous Generators – Basics of 3 Φ Machines

Synchronous Generators – Induced EMF, Armature Reaction

Transmission Line Parameters – Capacitance of 3 Φ Lines, Effects of Earth

Synchronous Generators – Power Expressions and Capability Curves

Synchronous Generators – Capability Curves

Synchronous Generators – Real and Reactive Power Control

Synchronous Generators – Economic Dispatch

Synchronous Generators – Parallel Operation

Transmission Line Parameters – Line Resistance

Transmission Line Parameters – Inductance Due to Internal Flux

Transmission Line Parameters – Inductance Between Points Outside the Conductor

Transmission Line Parameters – Magnetic Flux Linkage of a Conductor in a Group of Conductors

Transmission Line Parameters – Inductance of 3 Φ Lines

Transmission Line Parameters – Capacitance Evaluation

Transmission Line Parameters – Capacitance of 3 Φ Lines, Effects of Earth

Transmission Line Parameters – Use of Tables for Reactance Calculation and Example

Transmission Line Models and Performance – Basics, Two-Port Networks