CoryVegan / ELEC0447-analysis-power-systems

This is an introductory course on Power systems analysis given at Master's level at ULiège.

ELEC0447 Analysis of Electric Power and Energy Systems

This is an introductory course on power systems analysis given at Master's level at ULiège.

We will use eCampus for notifications, homeworks submissions, questions, etc.

Prerequisites:

• Notions of electrical circuits analysis (https://github.com/bcornelusse/livre_circuits_electriques_ELEC0053/)
• Notions of (complex) calculus
• Notions of scientific computing (we will use Python)

Instructors:

• Bertrand Cornélusse
• Louis Wehenkel

Lectures (2022-2023)

Date	Lecture	Topics
September 15	1	Course organization and introduction (pdf file)
		Sinusoïdal steady-state analysis (pdf file)
		List of exercises on sinusoïdal steady-state analysis
September 22	2	3-phase systems, per unit normalization (pdf file)
		Mandatory test on sinusoïdal steady-state analysis
September 39	3	The transmission line, and introduction to the power flow analysis (pdf file)
		Exercises on 3-phase systems, per unit normalization
October 6	4	Power flow analysis - solution methods (pdf file)
		The transformer and its inclusion in the power flow analysis (pdf)
		Exercises on transmission lines
		TO BE UPDATED Assignment 1: implement power flow analysis on a 4-bus test system, submit on GradeScope. Case 0 solved during the practice session
October 13	5	The synchronous generator and the inclusion of generator limits in the power flow analysis (pdf)
		Exercises on transformers
October 20	6	HVDC and its inclusion in the power flow analysis (pdf)
		TO BE UPDATED Assignment 2: add a transformer and generator limits in power flow analysis on a 4-bus test system. Submit on GradeScope.
		Exercises on synchronous machines
October 27	7	Voltage regulation (pdf)
		TO BE UPDATED PandaPower project description and code template
November 10	8	Transient and dynamic stability (pdf)
		Exercises on voltage (in)stability
November 17	9	Control of interconnected power systems and economic dispatch (pdf)
		Exercises session
November 24	10	TBD
December 1	11	TBD
December 8	12	Oral presentation of PandaPower project results by students
December 15	13	TBD

Old lectures (2021-2022)

Date	Lecture	Topics
September 16	1	Course organization and introduction (pdf file)
		Sinusoïdal steady-state analysis (pdf file)
		List of exercises on sinusoïdal steady-state analysis
September 23	2	3-phase systems, per unit normalization (pdf file)
		Mandatory test on sinusoïdal steady-state analysis
		Test solution and statistics on results
September 30	3	The transmission line, and introduction to the power flow analysis (pdf file)
		Exercises on 3-phase systems, per unit normalization
October 7	4	Power flow analysis - solution methods (pdf file)
		The transformer and its inclusion in the power flow analysis (pdf)
		Exercises on transmission lines
		Assignment 1: implement power flow analysis on a 4-bus test system, submit on GradeScope. Case 0 solved during the practice session
October 14	5	The synchronous generator and the inclusion of generator limits in the power flow analysis (pdf)
		Exercises on transformers
October 21	6	Exercises on synchronous machines (starts at 13:45)
		Assignment 2: add a transformer and generator limits in power flow analysis on a 4-bus test system. Submit on GradeScope.
		HVDC and its inclusion in the power flow analysis (pdf) (please watch the video available on eCampus)
October 28	7	Voltage regulation (pdf)
		PandaPower project description and code template
November 18	8	Transient and dynamic stability (pdf)
		Exercises on voltage (in)stability
November 25	9	Control of interconnected power systems and economic dispatch (pdf)
		Exercises session
December 2	10	Q&A session
December 9	11	Q&A session
December 16	11	Oral presentation of PandaPower project results by students

talk-template

This a fork of the talk template https://github.com/glouppe/talk-template from Gilles Louppe, that uses remark for rendering slides from markdown, KaTeX for typesetting TeX equations, and some customised CSS.

Instructions for editing

• Clone this repository and move in this repository
• Start an HTTP server to serve the slides:

python -m http.server 8001

• Edit lectureX.md for making your slides.

• Use decktape for exporting slides to PDF:

  • download and install node.js (a recent version)

  • install decktape:

    npm install -g decktape

  • ensure an http server is running, e.g. on localhost at port 8001, from the directory where the sources are

    python -m http.server 8001

  • run decktape:

    decktape http://0.0.0.0:8001/?p=lecture7.md pdf/lecture7.pdf

Markup language

Slides are written in Markdown. See the remark documentation for further details regarding the supported features.

This template also comes with grid-like positioning CSS classes (see assets/grid.css) and other custom CSS classes (see assets/style.css)

Integration with GitHub pages

Slides can be readily integrated with GitHub pages by hosting the files in a GitHub repositery and enabling Pages in the Settings tab.

See e.g. https://glouppe.github.io/talk-template.