EG2021 Power System Analysis, part 1 7.5 credits
Analys av elkraftsystem, del 1
This course deals with basic models and methods that are used in analysis of electric power systems. These models and methods are fairly general and can be applied to a power system of any scale ranging from a small-scale distribution grid to a national transmission network.
| Educational level | Second cycle | Academic level (A-D) | |
| Subject area |
Electrical Engineering |
Grade scale | A, B, C, D, E, FX, F |
Course offerings
Autumn 12 for programme students
| Periods Autumn 12 | P1 (7.5 credits) | Application code | 50602 |
| Start date | 2012 week: 34 | End date | 2012 week: 42 |
| Language of instruction | English | Campus | KTH Campus |
| Number of lectures | Number of exercises | ||
| Tutoring time | Daytime | Form of study | Normal |
| Number of places * | Max. 150 | ||
| *) If there are more applicants than number of places selection will be made. | |||
| Course responsible |
Luigi Vanfretti |
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| Teacher |
Luigi Vanfretti |
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| Target group | Master of Science in Electrical Engineering, Master's Programme in Electric Power Engineering Open for all Master of Science programmes in engineering provided that the course prerequisites are met |
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| Part of programme | |||
Autumn 12 for single courses students
| Periods Autumn 12 | P1 (7.5 credits) | Application code | 10040 |
| Start date | 24/08/2012 | End date | 2012 week: 42 |
| Language of instruction | English | Campus | KTH Campus |
| Number of lectures | Number of exercises | ||
| Tutoring time | Daytime | Form of study | Normal |
| Number of places * | 1 - 10 | ||
| *) The Course date may be cancelled if number of admitted are less than minimum of places. If there are more applicants than number of places selection will be made. | |||
| Course responsible |
Luigi Vanfretti <luigiv@kth.se>
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| Teacher |
Rujiroj Leelaruji <rujiroj@kth.se>
Yuwa Chompoobutrgool <yuwa@kth.se> Luigi Vanfretti <luigiv@kth.se> |
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Autumn 12 for programme students
| Periods Autumn 12 | P1 (7.5 credits) | Application code | 51605 |
| Start date | 2012 week: 34 | End date | 2012 week: 42 |
| Language of instruction | English | Campus | KTH Campus |
| Number of lectures | Number of exercises | ||
| Tutoring time | Daytime | Form of study | Normal |
| Number of places * | Max. 150 | ||
| *) If there are more applicants than number of places selection will be made. | |||
| Course responsible |
Luigi Vanfretti |
||
| Teacher |
Luigi Vanfretti |
||
| Target group | Open only for industry student |
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Autumn 13 for programme students
| Periods Autumn 13 | P1 (7.5 credits) | Application code | 50919 |
| Start date | 2013 week: 36 | End date | 2013 week: 44 |
| Language of instruction | English | Campus | KTH Campus |
| Number of lectures | 48 (preliminary) | Number of exercises | 6 (preliminary) |
| Tutoring time | Daytime | Form of study | Normal |
| Number of places * | Max. 150 | ||
| *) If there are more applicants than number of places selection will be made. | |||
| Course responsible |
Luigi Vanfretti <luigiv@kth.se>
|
||
| Teacher |
Luigi Vanfretti <luigiv@kth.se>
Yuwa Chompoobutrgool <yuwa@kth.se> Rujiroj Leelaruji <rujiroj@kth.se> |
||
| Target group | Master of Science in Electrical Engineering, Master's Programme in Electric Power Engineering Open for all Master of Science programmes in engineering provided that the course prerequisites are met |
||
| Part of programme | |||
Autumn 13 for single courses students - To application
| Periods Autumn 13 | P1 (7.5 credits) | Application code | 10027 |
| Start date | 02/09/2013 | End date | 2013 week: 44 |
| Language of instruction | English | Campus | KTH Campus |
| Number of lectures | Number of exercises | ||
| Tutoring time | Daytime | Form of study | Normal |
| Number of places * | 3 - 4 | ||
| *) The Course date may be cancelled if number of admitted are less than minimum of places. If there are more applicants than number of places selection will be made. | |||
| Course responsible |
Luigi Vanfretti <luigiv@kth.se>
|
||
| Teacher |
Rujiroj Leelaruji <rujiroj@kth.se>
Luigi Vanfretti <luigiv@kth.se> Yuwa Chompoobutrgool <yuwa@kth.se> |
||
| Target group | Master of Science in Electrical Engineering, Master's Programme in Electric Power Engineering Open for all Master of Science programmes in engineering provided that the course prerequisites are met. |
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Apply for this course at antagning.se through this
application link. Please note that you need to log in at antagning.se to finalize your application. |
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Autumn 13 for programme students
| Periods Autumn 13 | P1 (7.5 credits) | Application code | 50404 |
| Start date | 2013 week: 36 | End date | 2013 week: 44 |
| Language of instruction | English | Campus | KTH Campus |
| Number of lectures | Number of exercises | ||
| Tutoring time | Daytime | Form of study | Normal |
| Number of places * | Max. 150 | ||
| *) If there are more applicants than number of places selection will be made. | |||
| Course responsible |
Luigi Vanfretti <luigiv@kth.se>
|
||
| Teacher |
Rujiroj Leelaruji <rujiroj@kth.se>
Yuwa Chompoobutrgool <yuwa@kth.se> Luigi Vanfretti <luigiv@kth.se> |
||
| Target group | Science without Borders |
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Learning outcomes
Upon completion of the course the student will be able to
- explain the static state in a power system,
- create computational models suitable for analysis of symmetrical as well as unsymmetrical conditions in a power system,
- formulate the load flow calculation problem,
- perform sensitivity analysis and optimal power flow to decrease power losses,
- describe schematically the positive-, negative, and zero-sequence networks of an unbalanced system.
Course main content
This course deals with basic models and methods that are used in analysis of electric power systems. These models and methods are fairly general and can be applied to a power system of any scale ranging from a small-scale distribution grid to a national transmission network.
Eligibility
Courses in electrical engineering 45 (HEC), courses in mathematics (including complex numbers, algebra and numerical methods) 30 (HEC), also documented proficiency in English B, English 6 or equivalent.
Prerequisites
Knowledge from the courses EJ1200 Electric Power Systems,EI1100 Electric circuit analysis, and DN1240 Numerical Methods, basic course II (or equivalent courses)
Literature
Kurskompendier
Examination
- TEN1 - Examination, 7.5 credits, grade scale: A, B, C, D, E, FX, F
Requirements for final grade
One written examination, 7,5 HEC
Offered by
EES/Electric Power Systems
Contact
Luigi Vanfretti
Examiner
Luigi Vanfretti <luigiv@kth.se>
Add-on studies
EG2031 Power System Analysis, part 2
Version
Course plan valid from:
Autumn 11.
Examination information valid from:
Autumn 11.