Ternopil Ivan Puluj National Technical University
Факультет прикладних інформаційних технологій та електроінженерії
Кафедра електричної інженерії
Mathematical problems in electrical power engineering
|Major||141 - Електроенергетика, електротехніка та електромеханіка (бакалавр)|
|Field of knowledge||14 Електрична інженерія|
|Study start course||4|
|Form of education||full-time|
|Study hours structure||
|Amount of hours for individual work||63|
|Form of final examination||credit|
|Academic degree||Cand. Sc.|
|Academic title||Assoc. Prof.|
|Full name||Buniak Oleh|
Prerequirements (prerequisite courses)
|The theoretical basis for mastering the discipline are: "Higher Mathematics", "Physics", "Theoretical foundations of electrical engineering", "Electrical machines", "Electrical part of stations and substations", "Fundamentals of electric drive", "Electrical systems and networks".|
Course goals and learning objectives
|Course goals: students to master mathematical methods for solving problems of control of power systems and mastering the basics of modeling and calculation of electrical networks and electrical installations of consumers of power supply systems of industrial enterprises, cities and agriculture.
Learning objectives: the study of basic mathematical and software modeling tools, development and acquisition of practical skills of complex solution of problems of research and design of electric power systems on the basis of PC is provided.
|Lectures||Topic 1. (Lecture 1-4). Methods of analysis of steady-state regimes.
Topic 2. (Lectures 5-7). Methods of analysis of transient modes.
Topic 3. (Lecture 8-9) Fundamentals of the theory of stability of energy systems.
Topic 4. (Lecture 10-11) Mathematical foundations of the theory of reliability of energy systems.
Topic 5. (Lecture 12-14) Methods for solving optimization problems of electric power.
|Laboratory classes||Topic 1. Development of components of the mathematical model of the electrical network.
Topic 2. Research of a linear electric network by a method of simple iteration.
Topic 3. Research of a linear electric network by Seidel's method.
Topic 4. Study of the stability of the automatic control system by the method of Mikhailov.
Topic 5. Calculation of the probability of trouble-free operation of the electrical network by the method of minimum cross sections.
|Assessment by discipline is carried out in two modules. The first module: "Methods of analysis of steady-state modes" "Methods of analysis of transient modes". Maximum number of points: 41. The second module: "Fundamentals of the theory of stability of power systems", "Mathematical foundations of the theory of reliability of energy systems", "Methods of solving optimization problems of power". Maximum number of points: 34. Each module includes: successful completion and defense of laboratory work, development of topics for self-study, test control.|
Recommended reading list. Subject Resources
|1. Mathematics Applied to Engineering and Management. Edited by Mangey Ram and S.B. Singh. - Taylor and Francis Group. - 2019.
2. Stefan Paszek, Andrzej Boboń, Sebastian Berhausen, Łukasz Majka. Synchronous Generators and Excitation Systems Operating in a Power System. Measurement Methods and Modeling. - Springer. - 2019.
3. Buniak O. Mathematical problems in electrical power engineering [electronic resource]: // Institutional repository Atutor (discipline code ID 5112): official site of Ternopil National Technical University - Ternopil, 2018.
|Cand. Sc., Assoc. Prof. Buniak Oleh|
Дата останнього оновлення: 2020-11-14 09:35:52