CTU FEE Moodle
Transmission of Electricity
B232 - Summer 23/24
Transmission of Electricity - XP15PEE
| Credits | 4 |
| Semesters | Summer |
| Completion | Assessment + Examination |
| Language of teaching | Czech |
| Extent of teaching | 2P+2S |
Annotation
Types of networks and transmission systems. Multiple overhead lines. Symmetrical components. Calculation of load flow. Analysis of faulted power systems, different types of shunt and series faults and simultaneous faults. Special transients in the integrated power systems. Distance and comparison protection relays, principles and applications. EMC and interferences in power networks, prediction and limitation of disturbances due to non-linear loads. Static stability of the power system and its criteria. Dynamic stability of the power system and its criteria. Methods for increasing of the stability in power systems. Multimachine transient stability. Reliability of the power transmission systems.
Study targets
No data.
Course outlines
1. Transmission systems - structure, protection and security
2. General parameters - transmission lines and cables
3. Derivation of Rüdenberg's equation
4. Analysis of long transmission lines
5. Equivalent T a Pi circuits of long lines
6. High-voltage cables
7. Types of faults in transmission systems
8. Fault localization theory
9. Capacity of transmission lines
10. Capacity of feeder cables
11. The transfer function of transmission system - theoretic background
12. The transfer function of transmission system - protection system parameters calculation
13. DC transmission systems and grids
14. Selected topics from transmission systems
2. General parameters - transmission lines and cables
3. Derivation of Rüdenberg's equation
4. Analysis of long transmission lines
5. Equivalent T a Pi circuits of long lines
6. High-voltage cables
7. Types of faults in transmission systems
8. Fault localization theory
9. Capacity of transmission lines
10. Capacity of feeder cables
11. The transfer function of transmission system - theoretic background
12. The transfer function of transmission system - protection system parameters calculation
13. DC transmission systems and grids
14. Selected topics from transmission systems
Exercises outlines
1. Transmission systems - structure, protection and security
2. General parameters - transmission lines and cables
3. Derivation of Rüdenberg's equation
4. Analysis of long transmission lines
5. Equivalent T a Pi circuits of long lines
6. High-voltage cables
7. Types of faults in transmission systems
8. Fault localization theory
9. Capacity of transmission lines
10. Capacity of feeder cables
11. The transfer function of transmission system - theoretic background
12. The transfer function of transmission system - protection system parameters calculation
13. DC transmission systems and grids
14. Selected topics from transmission systems
2. General parameters - transmission lines and cables
3. Derivation of Rüdenberg's equation
4. Analysis of long transmission lines
5. Equivalent T a Pi circuits of long lines
6. High-voltage cables
7. Types of faults in transmission systems
8. Fault localization theory
9. Capacity of transmission lines
10. Capacity of feeder cables
11. The transfer function of transmission system - theoretic background
12. The transfer function of transmission system - protection system parameters calculation
13. DC transmission systems and grids
14. Selected topics from transmission systems
Literature
Bayliss, C., Hardy, B.: Transmission and Distribution Electrical Engineering. Newnes; 2012.
Requirements
No data.