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Bihar Engineering University, Bihar
Electrical Engineering
Power Systems – II
Bihar Engineering University, Bihar, Electrical Engineering Semester 6, Power Systems – II Syllabus
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Unit - 1 Power Flow Analysis
1.1 Structure of a Power System it’s Components
1.2 Components of a Power System
1.3 Analysis of Power Flows Formation of Bus Admittance Matrix
1.4 Real Reactive Power Flow equations at a node
1.5 Load Generator Specification of Buses
1.6 Application of numerical methods for solution of nonlinear algebraic equations Gauss Seidel Method
1.7 Newton Raphson Method for Power Analysis
1.8 Computational Issues in Largescale Power System
Unit - 2 Stability Constraints in synchronous grids
2.1 Swing Equations of a synchronous machine connected to an infinite bus Power Angle Curve
2.2 Description of the phenomena of loss of synchronism in a singlemachine infinite bus system following a disturbance like a threephase fault
2.3 Analysis using numerical integration of Swing Equations using Euler’ Method
2.4 Analysis using numerical integration of Swing Equations using RungeKutta 4th order
2.5 Analysis using numerical integration of Swing Equations using Equal Area Criterion
2.6 Impact of stability constraints on Power System Operation
2.7 Effect of Generation Rescheduling Series Compensation of Transmission Line Stability
Unit - 3 Control of Frequency and Voltage
3.1 Turbine Speed Governor
3.2 Frequency dependence of loads Droop Control Power Sharing
3.3 Automatic Generation Control
3.4 Generation and Absorption of Reactive Power by various components
3.5 Excitation System Control in Synchronous Generators
3.6 Automatic Voltage Regulator AVR
3.7 Shunt Compensators
3.8 STATCOM
3.9 Static VAR Compensator
3.10 TAP Changing Transformer
3.11 Power flow control using embedded dc links
3.12 Phase Shifters
Unit - 4 Monitoring and Control
4.1 Overview of Energy Control Centre ECC Functions
4.2 Supervisory Control and Data Acquisition SCADA System
4.3 Phasor Measurement Units and Wide Area Measurement Systems
4.4 State Estimation
4.5 System Security Assessment
4.6 Normal Alert Emergency and Extremis States of a Power System
4.7 Contingency Analysis
4.8 Preventive Control and Emergency Control
Unit - 5 Fault Analysis and Protection Systems
5.1 Method of Symmetrical Components
5.2 Balanced Unbalanced Faults
5.3 Representation of generators lines and transformers in sequence networks.
5.4 Computation of Fault Currents
5.5 Neutral Grounding
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Other Subjects of Semester-2
Electrical drives
Digital signal processing
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Industrial electrical system
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