EE 685 – Power System Protection
Indian Institute Of Technology Bombay
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College aantekeningen
Voltage and Power Flow Control: Reactive Power and Voltage Control
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---3februari 20232020/2021
- Module 4: Voltage and Power Flow Control 
Lecture 17: Reactive Power and Voltage Control 
 
Objectives: 
In this lecture, you will learn the following 
Means of voltage control in power systems. 
Generator Excitation Systems and reactive power characteristics of power system components.
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aakashnln
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College aantekeningen
Voltage and Power Flow Control: Reactive Power Characteristics of Special Devices
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---4februari 20232020/2021
- Module 4: Voltage and Power Flow Control 
Lecture 18: Reactive Power Characteristics of Special Devices 
 
HVDC Terminals
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aakashnln
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College aantekeningen
Voltage and Power Flow Control: HVDC converters
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---7februari 20232020/2021
- Module 4: Voltage and Power Flow Control 
Lecture 18a: HVDC converters 
 
Objectives: 
In this lecture, you will learn the following 
AC-DC Converters used for HVDC applications. 
Introduction to Voltage Source Converters.
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aakashnln
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College aantekeningen
Voltage and Power Flow Control: Power Flow Control
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---6februari 20232020/2021
- Module 4: Voltage and Power Flow Control 
Lecture 19: Power Flow Control 
 
Objectives: 
In this lecture, you will learn the following 
The power transfer capability of a network may be limited due inability to control power flow in transmission paths. 
What are the ways by which one may control real power flows?
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aakashnln
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College aantekeningen
Voltage and Power Flow Control: Use of Controllable Devices: An example
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---5februari 20232020/2021
- Module 4: Voltage and Power Flow Control 
Lecture 19a: Use of Controllable Devices: An example 
 
Objectives: 
In this lecture, you will learn the following 
The use of controllable devices with the help of an example
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aakashnln
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College aantekeningen
Voltage and Power Flow Control: Some Real-Life Examples
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---5februari 20232020/2021
- Module 4: Voltage and Power Flow Control 
Lecture 20: Some Real-Life Examples 
 
Objectives: 
In this lecture, you will learn the following 
Real-life examples of a few power flow and voltage control devices.
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aakashnln
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College aantekeningen
Real and Reactive Power Scheduling: Introduction
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---4februari 20232020/2021
- Module 5: Real and Reactive Power Scheduling 
Lecture 21: Introduction 
 
Objectives: 
In this lecture, you will learn the following What is scheduling? 
Examples of control variables and constraints 
Objective functions
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aakashnln
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College aantekeningen
Real and Reactive Power Scheduling: Real Power Scheduling
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---3februari 20232021/2022
- Module 5: Real and Reactive Power Scheduling Lecture 22: Real Power Scheduling 
 
Merit Order Dispatch: 
The simplest real power scheduling problem can be formulated by assuming the following: 
a) The generators which are "committed" are known (the issue of whether to engage a generation unit and 
for what duration, based on cost and prime mover/energy supply constraints is not considered here). 
b) The generation cost (per kW-hr) for various generators is constant. 
c) No inequality constrain...
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aakashnln
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College aantekeningen
Real and Reactive Power Scheduling : Optimization
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---5februari 20232020/2021
- Module 5: Real and Reactive Power Scheduling 
Lecture 23: Optimization 
 
Objectives: 
In this lecture, you will learn the following 
How does one solve a constrained optimization problem? 
An illustrative example
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aakashnln
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College aantekeningen
Real and Reactive Power Scheduling: Real and Reactive Power Scheduling
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---4februari 20232020/2021
- Module 5: Real and Reactive Power Scheduling 
Lecture 24: Real and Reactive Power Scheduling 
 
Objectives: 
In this lecture, you will learn the following 
Cost minimization considering network constraints and losses. 
An illustrative example
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aakashnln