Log in Sign up

EX-601 Power System‑II Notes

5 notes for Power System‑II, unit by unit.

Unit 1 · Short notes General Problems in Modern Power Systems Problems associated with modern interconnected power systems · Deregulation and power‑systems restructuring · Distributed generation and congestion issues · Available transfer capacities · Pricing of energy and transmission services
Unit 2 · Short notes DC Machine‑II and Power‑Flow Studies DC machine – II · $\text{Static power‑flow equations}$ and solution methods · Gauss–Seidel method for load flow · Newton‑Raphson method for load flow · Fast Decoupled Load‑Flow (FDLF) method · Comparison of Gauss–Seidel, Newton‑Raphson and FDLF methods
Unit 3 · Short notes MW Frequency Control and AGC Fundamentals of speed governing for MW frequency control · Modelling of speed‑control mechanisms · Primary Automatic Load‑Frequency Control (ALFC) · Closing of ALFC · Static and dynamic response to primary ALFC · Speed‑control characteristics
Unit 4 · Short notes Reactive Power & Voltage Control Reactive power and voltage control fundamentals · Protection and absorption of reactive power · Methods of voltage control – static VAR systems · Types and applications of static VAR devices · Characteristics of excitation systems · DC, AC and static excitation systems
Unit 5 · Short notes Power System Stability Power‑system stability – steady‑state, dynamic and transient stability · Swing equation and equal‑area criterion · Solution of swing equation using step‑by‑step method, modified Euler’s method and Runge‑Kutta method · Methods of improving transient stability

More for EX-601

Power System‑II subject page

Other 6th semester EX subjects

All EX 6th semester subjects