Electrical Power Engineering Theory

Lectures:
Fundamental terms, network division
Derivation of line parameters (resistance, inductivity, capacity, leakage)
Symmetrical components of line parameters
Fundamental line calculation methods, dc line
Calculation of LV and HV node networks
Calculation of VHV and EHV networks – exact method
Calculation of VHV and EHV networks – T and  network
Application of Thomson’s formulas to dc and ac line
Special line state
Calculation methods of complicated ac network – Gaus - Seidl’s method
Newton Raphson’s method of ac network calculation
Three-phases network with unsymmetrical load
Non-sinusoidal wave of current and voltage



Exercises:
Registration, safety instruction
Line parameters (inductivity, capacity)
Unsymmetrical networks, symmetrical components
Dc networks (minimum weight method) + ac network calculation
Calculation of ac network – Project 1 (three-way supply)
Conductor dimensioning
Calculation of node ac network – Project 2
VHV line calculation – exact method
Laboratory
Program “Bizon projektant” training
Non-sinusoidal wave of current and voltage
Test
Bizon projektant – free time to make project
Credit hour



Laboratory:
Long line – constants
3 phase systems


Projects:
Calculation of ac networks (three-way supply)
Calculation of node ac network
Design of network (SW Bizon)