Analysis of Electrical Power Systems
Power flow, short circuit, stability and power system control.
TEACHING MATERIALS
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Power flow, short circuit, stability and power system control.
Dynamic models of power-system components and simulation methods.
Data preparation, supervised and unsupervised learning, classification and clustering.
Neural networks, backpropagation, training and introduction to deep learning.
Earthing, network types, fault currents and instrument transformers.
High-voltage systems, insulation, overvoltages and experimental techniques.
Transmission-line models, line parameters, voltage drop and power transfer.
Per-unit analysis, load flow, symmetrical components and short-circuit calculations.
Problem identification, literature review, planning and initial implementation.
Project implementation, validation, reporting and presentation.
Distribution networks, losses, load characteristics, protection and automation.