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Explanatory Notes
Instructions
Anotation:
This course deals selected problems of energy generation. The emphasis put on physical laws of energy changes and power system itself including thermal, nuclear and renewable energy sources.
Content:
This course deals selected problems of energy generation. The emphasis put on physical laws of energy changes and power system itself including thermal, nuclear and renewable energy sources.
Course outlines:
| 1. | | Energy transformation - theory and general principals |
| 2. | | Thermal power plants - relevant thermodynamics, foundations |
| 3. | | Efficiency improvement methods |
| 4. | | Operation modes of generator - overview |
| 5. | | Operation modes of generator - relay settings and control systems |
| 6. | | Nuclear power plant - modern technology, the new generation |
| 7. | | Operation of a nuclear power plant |
| 8. | | Hydropower plants - overview |
| 9. | | Hydropower plants - foundations |
| 10. | | Combined heat and power production - foundations |
| 11. | | Combined heat and power production identification of thermal system, optimal design |
| 12. | | Influence of Renewable and distributed energy sources on power systems |
| 13. | | Environmental impact of power production - foundations |
| 14. | | Energy production in interconnected grids |
Exercises outline:
| 1. | | Energy transformation - theory and general principals |
| 2. | | Thermal power plants - relevant thermodynamics, foundations |
| 3. | | Efficiency improvement methods |
| 4. | | Operation modes of generator - overview |
| 5. | | Operation modes of generator - relay settings and control systems |
| 6. | | Nuclear power plant - modern technology, the new generation |
| 7. | | Operation of a nuclear power plant |
| 8. | | Hydropower plants - overview |
| 9. | | Hydropower plants - foundations |
| 10. | | Combined heat and power production - foundations |
| 11. | | Combined heat and power production identification of thermal system, optimal design |
| 12. | | Influence of Renewable and distributed energy sources on power systems |
| 13. | | Environmental impact of power production - foundations |
| 14. | | Energy production in interconnected grids |
Literature:
Anders G. Rating of Electric Power Cables, IEEE Press 2001
Knight U.G.Power Systems in Emergencies. Wiley 2001
Godoy Simoes M. Renewable Energy Systems, CRC Press 2004
Requirements:
Keywords:
Symmetrical components, load flow,faulted power systems, EMC, interferences, stability, reliability
Subject is included into these academic programs:
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| Page updated 19.4.2024 09:58:02, semester: Z,L/2023-4, Z/2024-5, Send comments about the content to the Administrators of the Academic Programs |
Proposal and Realization: I. Halaška (K336), J. Novák (K336) |