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Erasmus ECTS Information Package

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<strong>Erasmus</strong> <strong>ECTS</strong> <strong>Information</strong> <strong>Package</strong><br />

Faculty of EEEA<br />

3239 Electrical Part of Power Stations – Course Work<br />

<strong>ECTS</strong> credits: 4<br />

Weekly classes: 0lec+0sem+0labs+2ps<br />

Assessment: project defence<br />

Type of exam: course project presentation<br />

Departments involved:<br />

Department of Electrical Power Engineering<br />

Faculty of Electrical Engineering, Electronics and Automation<br />

Lecturer:<br />

Assoc. Prof. Liudmil Dosev Mihaylov, MEng, PhD, Dept. of Electrical Power Engineering, tel.: 082 888 616,<br />

Е-mail: lmihaylov@uni-ruse.bg<br />

Abstract:<br />

The objective of the course work is to improve student’s knowledge in designing the electrical part of distribution<br />

power system 110/6-20 kV.<br />

Course pre-requisites: Electro technical materials, Theoretical electrical engineering, Electrical machines,<br />

Electrical measurements, Electrical apparatuses, Electricity supply networks and systems and Technique of higher<br />

voltages and Short circuits.<br />

Outgoing connections: Relay protection, Electric equipment, Electricity supply.<br />

Course content:<br />

Electrical research involving: choice of the primary (major scheme) of the power station; calculating the current<br />

during normal regimes and short circuit in the distribution systems high and middle voltage; choice of exploitation<br />

regime for work of the star centre for the networks high and middle voltage.<br />

Choice of: commutation apparatuses (circuit-breakers and disconnectors); current and voltage measuring<br />

transformers; flexible and hard connectors for electric circuit for high and middle voltage; insulators; fuse for<br />

protection of the circuits "own needs" and "measurement"; serge arresters for protection from overload. The<br />

graphical part of the course work includes: full one line scheme of the PowerStation; preliminary plan for covered<br />

distribution system; diagrams of cells for middle voltage; scheme for control, measurement lock.<br />

Teaching and assessment:<br />

The designing of the course work is performed through individual assignment, which includes: the parameters of<br />

the distribution system high and middle voltage of the power station; calculated powers and length of the network’s<br />

middle voltage, powered by the PowerStation; the relays supply turn-off times.<br />

The course work is handed over at the end of the term. The final exam mark is complex and depends on the<br />

design and the defence of the course work.<br />

3240 Electrical Drive<br />

<strong>ECTS</strong> credits: 5<br />

Weekly classes: 2lec+0sem+2labs+0ps+1ca<br />

Assessment: exam<br />

Type of exam: written<br />

Departments involved:<br />

Department of Electrical Power Engineering<br />

Faculty of Electrical Engineering, Electronics and Automation<br />

Lecturers:<br />

Assoc. Prof. Dimo Nejkov Dimov, MEng, PhD, Dept. of Electrical Power Engineering, tel.: 082 888 659,<br />

E-mail: dnd@uni-ruse.bg<br />

Abstract:<br />

The subject acquaints the students with the mechanics and energetics of the electrical drive, electromechanical<br />

characteristics of the DC and AC electrical drive as well as different operating modes of the electrical machines.<br />

The purpose of the subjects is for the students to receive practical and theoretical knowledge of different kinds of<br />

electrical drives and their application.<br />

Course pre-requisites: Mechanical Engineering, Mathematics, Physics and Electrical machines.<br />

Output links: Electrical Equipment and Electrical Transport.<br />

Course content:<br />

Mechanics of the electrical drive. Energetic of the electrical drive. Electromechanical characteristics of DC and<br />

induction electrical drive. Special electrical drives. Electrical drives with static power converters.<br />

Teaching and assessment:<br />

The theoretical basic issues on all topics from the syllabus that are presented at the lectures are further practiced<br />

during the laboratory exercises through investigation of the examined electrical drives and formulation of individual<br />

reports and through the course assignment. Students should prepare in advance for the laboratory exercises. The<br />

exam is conducted in written form and consists of two subject questions. The final exam mark depends on the<br />

mark from the laboratory exercises and the course assignment, which has to be submitted before the start of the<br />

exam session.<br />

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