Indian Institute of Technology Bombay
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All courses for Indian Institute of Technology Bombay
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EE 685 – Power System Protection EE685 39
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Introduction to Chemical Engineering CL152 3
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Manufacturing 5
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Mechanics 1
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Physics 1
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Python Programming 1
Latest notes & summaries Indian Institute of Technology Bombay
Module 6: Preventive, Emergency, and Restorative Control Lecture 25: Introduction 
 
Objectives: 
In this lecture, you will learn the following 
Nature of Control Actions in a Power System 
A brief recap on operating states and control actions 
The role of the load dispatch center
- Package deal
- Class notes
- • 4 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 1 out of 4 pages
Module 6: Preventive, Emergency, and Restorative Control Lecture 25: Introduction 
 
Objectives: 
In this lecture, you will learn the following 
Nature of Control Actions in a Power System 
A brief recap on operating states and control actions 
The role of the load dispatch center
Module 3: Frequency Control in a Power System 
Lecture 12a: Solution of non-linear algebraic equations 
 
Non-linear algebraic equations and their solution 
In the following lecture, given the load characteristics, we will compute the steady-state frequency of a power system. We shall see that this will require us to carry out a "load flow". A loadlfow involves the solution of a set of non-linear algebraic equations. Therefore, we revise the basic methods to solve non-linear algebraic equatio...
- Package deal
- Class notes
- • 5 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 2 out of 5 pages
Module 3: Frequency Control in a Power System 
Lecture 12a: Solution of non-linear algebraic equations 
 
Non-linear algebraic equations and their solution 
In the following lecture, given the load characteristics, we will compute the steady-state frequency of a power system. We shall see that this will require us to carry out a "load flow". A loadlfow involves the solution of a set of non-linear algebraic equations. Therefore, we revise the basic methods to solve non-linear algebraic equatio...
Module 6: Preventive, Emergency, and Restorative Control 
Lecture 26: Power System State Estimation 
 
Objectives: 
In this lecture, you will learn the following 
The fundamentals of Power System State Estimation 
Handling errors and bad data in static state estimation 
Dynamic Measurements
- Package deal
- Class notes
- • 4 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 1 out of 4 pages
Module 6: Preventive, Emergency, and Restorative Control 
Lecture 26: Power System State Estimation 
 
Objectives: 
In this lecture, you will learn the following 
The fundamentals of Power System State Estimation 
Handling errors and bad data in static state estimation 
Dynamic Measurements
Module 3: Frequency Control in a Power System 
Lecture 13: Calculation of System Frequency 
 
Objectives: 
In this lecture, you will learn the following 
How is equilibrium system frequency calculated if load parameters are frequency dependent?
- Package deal
- Class notes
- • 3 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 1 out of 3 pages
Module 3: Frequency Control in a Power System 
Lecture 13: Calculation of System Frequency 
 
Objectives: 
In this lecture, you will learn the following 
How is equilibrium system frequency calculated if load parameters are frequency dependent?
Module 3: Frequency Control in a Power System 
Lecture 14: Frequency Control 
 
Objectives: 
In this lecture, you will learn the following 
How can frequency be controlled? What is a speed governor? How do the parameters of a governor affect generated power?
- Package deal
- Class notes
- • 3 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 1 out of 3 pages
Module 3: Frequency Control in a Power System 
Lecture 14: Frequency Control 
 
Objectives: 
In this lecture, you will learn the following 
How can frequency be controlled? What is a speed governor? How do the parameters of a governor affect generated power?
Module 6: Preventive, Emergency, and Restorative Control 
Lecture 30: A Blackout! 
 
Objectives: 
 
In this lecture, you will learn the following 
Definition of blackouts and their occurrences. 
A detailed description of the January 2001 Collapse of Northern Regional Grid of India
- Package deal
- Class notes
- • 5 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 2 out of 5 pages
Module 6: Preventive, Emergency, and Restorative Control 
Lecture 30: A Blackout! 
 
Objectives: 
 
In this lecture, you will learn the following 
Definition of blackouts and their occurrences. 
A detailed description of the January 2001 Collapse of Northern Regional Grid of India
Module 3: Frequency Control in a Power System 
Lecture 15: Speed Governor 
 
Objectives: 
In this lecture, you will learn the following 
What are the transient processes before system frequency settles down to a steady state?
- Package deal
- Class notes
- • 7 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 2 out of 7 pages
Module 3: Frequency Control in a Power System 
Lecture 15: Speed Governor 
 
Objectives: 
In this lecture, you will learn the following 
What are the transient processes before system frequency settles down to a steady state?
Module 3: Frequency Control in a Power System 
Lecture 16: Automatic Generation Control (AGC) 
 
Objectives: 
In this lecture, you will learn the following 
What is automatic generation control? 
In what way is it different from the governor's action?
- Package deal
- Class notes
- • 4 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 1 out of 4 pages
Module 3: Frequency Control in a Power System 
Lecture 16: Automatic Generation Control (AGC) 
 
Objectives: 
In this lecture, you will learn the following 
What is automatic generation control? 
In what way is it different from the governor's action?
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.
- Package deal
- Class notes
- • 3 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 1 out of 3 pages
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.
Module 4: Voltage and Power Flow Control 
Lecture 18: Reactive Power Characteristics of Special Devices 
 
HVDC Terminals
- Package deal
- Class notes
- • 4 pages's •
-
Indian Institute Of Technology Bombay•EE 685 – Power System Protection
-
Power System Protection, IIT Bombay• By aakashnln
Preview 1 out of 4 pages
Module 4: Voltage and Power Flow Control 
Lecture 18: Reactive Power Characteristics of Special Devices 
 
HVDC Terminals