English

5

Not applicable.

Knowledge at the Bachelor's degree level and knowledge of BPC-BEE subject are required.

Assessment of subject is based on these components:
- Assessment of exercises in the form of credited tests or a semester project.
- Assessment of computer exercises where the student works out the specified task.
- Assessment of the final exam.
- Assessment of student activities. These points are extra credit for voluntary, independent and active solving of tasks and examples, etc. The bonus points are given by the subject teacher and are entirely based on his/her subjective assessment and are his/her responsibility.

The points ratio from particular parts of subject and the conditions for obtaining credit and tests are specified by the teacher at the beginning of the semester.

Lectures on the subject are optional but students’ attendance is recommended. The lectures are intended to provide a complete understanding of the topic and a number of key conflict issues and problems are covered. Attendance at lectures presented by invited experts will be recorded, and will be included in the overall evaluation of the course and might influence the total point score.
Computer exercises and training in profesional basics are optional. Drawing up an individual task or project is mandatory.

The aim of the course is to familiarize students with basic and direct connections and dependencies between issues and topics of a purely technical nature of power engineering and the economic aspects of any solution. The goal is to show students and encourage them to understand that power engineering and the economy are intertwined, and that understanding of this relation is a necessary part of knowledge for every engineer and power engineering graduate.
The study outcome is not intended to create an independent economist or project manager in the field of power engineering. After completing the course, student will probably not be able to carry out extensive and comprehensive economic analyses of the electricity market and energy operations. However, the student should be able to work out, along with a technical project in power or electrical engineering respectively, an elementary economic analysis containing a basic evaluation of economic efficiency and return on investment of the project and will be able to explain and answer the following questions:

- What characterizes the cost of the power loss and electricity loss?
- What are the costs of power and energy?
- What is the problem of choosing the appropriate line section?
- What is an economical line section?
- What is the importance of the costs of transformers?
- What is the economic burden of transformers?
- What methods are used to optimize the operation of the electricity system?
- What comprises the price of electricity?
- What methods are used for pricing electricity, and which method is applied in the Czech Republic?
- What are the methods of promoting renewable energy (OZE), what is their principle, advantages and disadvantages?
- How is the electricity market implemented?
- etc.

Not applicable.

Not applicable.

STOFT, Stewen. Power System Economics : Designing Markets for Electricity. Stamatios V. Kartalopoulos. 1st edition. New Jersey, USA : IEEE Press, 2002. 468 s. ISBN 0-471-15040-1. (EN)
MUNASINGHE, Mohan. The Economics of Power System Reliability and Planning : Theory and Case Study. 1st edition. Washington D.C., USA : [s.n.], 1979. 623 s. ISBN 0-8018-2276-9. (EN)
Creti,Anna; Fontini,Fulvio. Economics of Electricity. 2019, Cambridge Univerzity Press. ISBN: 9781316636626 (EN)

THUMANN ALBERT, NIEHUS TERRY a YOUNGER WILLIAM J. Energy Economics. Handbook of Energy Audits. 9th Edition. Fairmont Press, 2013, s. 1-1. ISBN 9780881736854. (EN)

eLearning: currently opened course

6 hours, compulsory

eLearning: currently opened course