English

Not applicable.

Graduates of this course should be able to
- characterize the basic types of electrical susbstation,
- apply appropriate arrangement of busbar systems of switchgear in the electrical substation project,
- select the appropriate power output and power transformers for substation,
- apply the basic interlocking conditions for the blocking of individual devices in switchgears branches,
- distinguish the devices in individual level of substation automation system,
- describe and explain the transformer protection system,
- calculate the setting of transformer differential protection,
- check power line according to thermal and dynamic effects of short-circuit current,
- design a grounding of transformer station according to the required earthing resistance.

The basic knowledge of the design of power lines, schemes and versions of switchgears in electrical substation are required. Students registered in the course should be able to describe and explain the principles of operation and equivalent circuit of transformer. Their orientation in the basic principles of functional types of protection is assumed. General knowledge is required at the level of bachelor's degree, but it is advisable to have completed courses Electrical Power Distribution and Distribution Equipment.

Not applicable.

Techning methods include lectures, computer laboratories and practical laboratories. Course is taking advantage of e-learning (Moodle) system. Students have to write two projects/assignments during the course.

Students can obtain up to 50 points of the overall evaluation of the course during the semester - 20 points for projects up to 10 points for the processing of laboratory protocols and 20 points in the final test. A student has to obtain at least half of the maximum points in all mentioned activities.
The final exam is oral (max. 50 points). It focuses on the orientation in the topics as are defined in course syllabus. The condition for the successful passing this exam is to get at least half of the maximum points

1. Electric power station - types, basic terms a classification, schemes of AC switchgears
2. Principles of designing of transformer station - installed capacity specification, choice of parameters and arrangement of switchgears
3. Transformers - parameters, operation modes, design criteria for transformer chamber
4. Transformers - transformer protection
5. MV and HV cables dimensioning – flowing current thermal effect
6. Influence of short circuit current on switchgears - theory of thermal and mechanical short circuit strength
7. Overhead line - mechanic of asymmetrically hanging wires, state equation
8. Substation protection - busbar protection, feeder protection
9. Substation automation system – structure, hierarchy, communication according to IEC 61850
10. Instrument transformers dimensioning
11. Substation earthing - fundamentals, definitions and specification
12. Substation earthing - method for measuring of earthing resistance, earthing voltage and touch
13. Ripple control - purpose, principle, commanding code, ripple control signal propagation in power system

Not applicable.

The aim of course is to familiarize students with the current state of electrical equipment stations especially at medium and high voltage, with emphasis on operation and protection of transformers. Furthermore, to give information about the current substation automation systems. To give a comprehensive information about the theoretical foundations of designing of switchgears and conductors.

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

Not applicable.

Not applicable.

Bhide S. R. Digital Power System Protection. ‎ PHI Publisher; 1st edition 2014. ISBN 978-8120349797. (EN)
McDonald, J. D. Electric Power Substations Engineering. 3rd Edition. CRC Press May 16, 2012. ISBN 9781439856383. (EN)
Noháčová, L., Mertlová, J. Electrical Substation and Lines. 1st Edition. BEN – technická literatura, Praha 2010. ISBN 978-80-730-265-7. (EN)

Blackburn, J. L., Domin, T. J. Protective Relaying: Principles and Applications. 4th Edition. CRC Press 2014. ISBN 978-1439888117. (EN)
Ziegler, G. Numerical Distance Protection: Principles and Applications. 4th edition, 2011. ISBN 978-3-895-78667-9. (EN)