Electrical Power Stations and Lines

Lectures:
Methods of load progress determination
Application of neural networks for load prediction
Electrical substations - basic scheme of electrical substations - busbar
Electrical substations - basic scheme of electrical substations - branches

Basic principles of distribution equipment designing
Basic principles of up to 1000 kV distribution equipment designing. Modern conception of distribution equipment designing.
Ripple control - general characteristics
Connection of ripple control transmitter to the network
Bi-directional transmissions in electrical power engineering
Power factor compensation - serial, parallel
Electromagnetic compatibility

Basic criteria for evaluation of mechanical stress of lines
Mechanics of overhead lines
Lines, towers, insulators, bases


Exercises:
Introduction, safety training, alternating current networks solving
Prediction of electricity consumption
Computation of overvoltage and recovery voltage in a system
Computation of load in various areas, computation of recuperative lead
Excursion - visit of substation 110 kV

Excursion - visit of distribution substation
Submission of project of electrical network
Design of network and distribution transformers
Solving of steady state operating of system on computer
Calibration of pulsed three-phase electrometer
Measuring of power with transducer NC 70
Measuring of input characteristics of ripple control transceiver
Mechanics of overhead lines and towers

Credit exercise


Projects:
Project of network (electrical and mechanical project)
Elaboration result of measure