English

Not applicable.

Students should know the principles of unsymmetrical faults in power system, be able to describe the principles of overcurrent and distance protections. General knowledge is required at the level of bachelor's degree, but it is advisable to have completed course Distribution Equipments.

Students can gain up to 40 points from the total evaluation of the course for the project and tests during the semester and final oral exam max 60b. The first part is formed from a separate project max. 15b., two tests from distribution system operation max. 15b. and reliability of distribution networks 10b. The minimum number of points to be awarded is 20b, with a minimum of 12,5b from the tests. Written part examines students' ability to apply theoretical knowledge to determine network conditions during failure states and to orientate in the area of DS reliability. The oral part is focused on their orientation in thematic circuits defined by the syllabus.

Labs are compulsory; correctly excused absence can be replaced by arrangement with the teacher.

The course should familiarize students with the design and operation of distribution and industrial networks. The aim is to introduce the fundamentals of network faults and how they are protected. The last part of the course is focused on the current standards used for evaluating the reliability of power supply.
Graduates of this course should be able to
- describe the operation and method of dimensioning of compensated networks,
- explain the differences in protection and ground fault localization methods in isolated and compensated networks,
- list the basic voltage characteristics,
- explain the voltage control process in a characteristic point of the distribution network,
- assess the influence of local sources on the quality of voltage at the point of connection
- define basic types overvoltages in the distribution network
- apply the wavelet theory on the calculation of surge arrester protection distance,
- describe the method of evaluation and indicators of reliability of power supply.

Not applicable.

Not applicable.

Glover D. J.,Sarma M.S.; Power system analyses and design; ISBN 0-534-95367-0 (EN)
Kersting W.H.; Distribution system modeling and analysis; ISBN 978-1-4398-5622-2 (EN)
Phadke A.G., Thorp J.S.; Computer relaying for power systems; ISBN 978-0-470-057 13-1 (EN)
Sleva A.F.; Protective relay principles; ISBN 978-0-8247-5372-6 (EN)

Ali Abur, Antonio Gómez Expósito: Power System State Estimation - Theory and implementation, 9780824755706 (EN)
Federico Milano: Power System Modelling and Scripting, 978-3-642-13668-9 (EN)