Experiments
1 Operator request load flow using voltage and frequency dependent load modelling and generator droop characteristic.
2 Contingency analysis and Ranking for a given inter connected power system having minimum ten buses and ten series elements.
3 Obtaining of PV & PQ curve for a given power system with load buses and Voltage instability analysis.
4 ATC computation and open access feasibility studies for the given power system network.
5 Reactive power optimization and loss minimization studies for a given power system.
6 Economic dispatch problem taking into account the network loading constraints and computation of bus incremental cost.
7 Observability analysis, state estimation and bad data detection for a given power system using measurement data.
8 Sequence impedance diagram development and distribution of earth fault current computation in a practical power system having auto transformers with tertiary delta winding, star-delta and delta-star configurations.
9 Over current relay co-ordination with and without instantaneous setting for a given network with NI relay characteristic curves.
10 Harmonic analysis and voltage and current harmonic distortion computation for a given power system. Tuned filter design to eliminate the harmonic currents.
Course outcomes:
At the end of the course the student will be able to: