Problems of long distance power transmission. Advantages of HVDC. Combined AC, DC transmission systems. Terminal apparatus, converters, inverters, thyristor bridge circuits, thyristor valves. Performance requirements and control circuit features. Protection schemes. Digital simulation techniques. Switching and fault-clearance over voltages. RIV and corona in DC transmission lines.
M.Sc. in Electrical and Control Engineering
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| content serial | Description |
|---|
| 1 | Problems of long distance power transmission. |
| 2 | Advantages of HVDC. |
| 3 | Combined AC, DC transmission systems. |
| 4 | Terminal apparatus, converters, inverters, thyristor bridge circuits, thyristor valves. |
| 5 | Performance requirements and control circuit features. |
| 6 | Performance requirements and control circuit features(2). |
| 7 | Protection schemes. |
| 8 | Protection schemes(2). |
| 9 | Digital simulation techniques. |
| 10 | Digital simulation techniques(2). |
| 11 | Switching and fault-clearance over voltages. |
| 12 | Switching and fault-clearance over voltages (2). |
| 13 | RIV and corona in DC transmission lines. |
| 14 | Harmonics Analysis in HVDC. |
| 15 | Harmonics Analysis in HVDC(2). |
| 16 | Final Exam. |
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