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Introduction of Load Flow Studies
Network Model Formulation
Formation of Nodal Admittance Matrix
Properties of Y Bus and Z Bus Matrix
Formation of Y Bus Matrix - Direct Inspection Method
Formation of Y Bus Matrix - Step by Step Method
Formation of Y Bus Matrix - Singular Transformation Method
Numerical-Bus Matrix Formation Using Direct Inspection and Step by Step Method
Numerical-Bus Matrix Formation Using Singular Transformation
Load Flow Problem
Bus Classification
Approximate Load Flow Solution
Gauss Seidel Method and Algorithm
Gauss Seidel Method Flow Chart and Acceleration of Convergence
Newton Raphson Method Part- 1
Newton Raphson Method Part- 2
Decoupled Load Flow Solution Studies
Fast Decoupled Load Flow
Comparison Between Gs and Nr Method
Numerical 1 on Load Flow
Numerical 2 on Load Flow
Optimal Operation of Generators in Thermal Power Station
Input and Output Characteristics
Heat Rate Curve
IFC Curve
Optimum Generation Scheduling
Optimum Generation Scheduling Neglecting Transmission Losses(coordinate Equation)
Numerical- Optimum Generation Scheduling Neglecting Losses
Transmission Loss Formula by B-Coefficients
Optimum Generation Scheduling Considering Transmission Losses (Exact Coordinate Equation)
Numerical - Optimum Generation Scheduling Considering Losses
Introduction of Unit Commitment
Need of Unit Commitment
Optimal UC - By Dynamic Programming Method
Optimal UC - Consideration of Reliability
Introduction to Automatic Generation and Voltage Control
Load Frequency Control-Single Area Case
Turbine Speed Governing System
Model of Speed Governing System
Turbine Transfer Function Mode
Generator Load Model
Block Diagram Representation of Load Frequency Control of Isolated Power System
Single Area - Steady State Analysis
Single Area - Dynamic Response
Control Area Concept
Numerical 1 - Change in Frequency
Numerical 2 - System Frequency at Load and Load Sharing
Load Frequency Control - Two Area Case
Load Frequency Control - Two Area Case (Different Response)
Automatic Voltage Control
AVC - Functions of Important Components
Speed Governor on Dead Band
Decentralized Control
Introduction to Stability
Classification of Stability
Dynamics of Synchronous Machine
The Swing Equation
Multi Machine System
Machine Swinging Coherently
Power Angle Equation
Simplified Machine Model
Power Angle Curve
Numerical 1- Swing Equation
Steady State Stability
Transient Stability
Equal Area Criterion
Sudden Change in Mechanical Output
Point by Point Solution of Swing Equation
Methods of Improving Transient Stability Limit
Introduction and Definition of Voltage Stability
Short Circuit Capacity
Comparison of Rotor Angle and Voltage Stability
Reactive Power Flow and Voltage Collapse
Voltage Stability Analysis
Surge Impedance Loading
P-V and V-Q Curves
Various Methods of Voltage Control Shunt Compensation, Series Compensation and Comparison of Series and Shunt Compensation
Introduction of Power System Security
System State Classification
Power System Operating States
Security Analysis
Modelling of Contingency Analysis
Contingency Selection
Contingency Analysis
Sensitivity Factors
Interchange of Power Between Interconnected Utilities
Types of Interchange
Energy Banking
Power Pools
Prof. Shadab has earned his Masters in Electrical Power System. He has expertise in areas like Electrical & Electronics Measurement, AC Machines, Fundamentals of Electrical Engineering. After his masters he has chosen to work in Teaching Industry, because of the passion of teaching within him. He has appeared and cleared many competitive exams including GATE. Even after this his knowledge of hunger could not stop him. He has several times attended FDPs at IIT-B and taken workshops from many organizations including Indian Railways. He has worked as a faculty for GATE as well as for CIVIL services papers conducted by UPSC in reputed institutes.
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