Power Systems Modelling and Fault Analysis

<p>1. Introduction to power system faults<br>2. Theory of symmetrical components and connection of phase sequence networks during faults<br>3. Modelling of multi-conductor overhead lines and cables<br>4 Analysis of natural unbalance of overhead transmission lines<br>5. Modelling of transformers, static power plant and static load<br>6. Modelling of ac rotating synchronous and induction machines<br>7. Modelling of wind-turbine generators, solar photovoltaic (PV) generators and inverter interfaced systems<br>8. Short-circuit analysis techniques in ac power systems<br>9. International standards for short-circuit analysis in ac power systems<br>10. Assessment of circuit-breaker current interruption capability in networks with long dc time constant<br>11. Network equivalents and practical short-circuit assessments in large scale ac power systems<br>12. Control and limitation of high short-circuit currents<br>13. An introduction to the analysis of short-circuit earth-return current and rise of earth potential<br>14. An introduction to the analysis of electrical interference from power lines to pipelines</p> <p>Appendices<br>A.1 Analysis of distributed multi-conductor lines and cables<br>A.2 Typical data of power system equipment</p>