Basics of electrical power engineering (4 cr)

Evaluation scale

0-5

Objective

You will gain an understanding of the different aspects of electrical power engineering and learn more in-depth about the calculation of connected 3-phase circuits.

EUR-ACE KNOWLEDGE AND UNDERSTANDING
You will be familiar with the basic calculation of connected 3-phase circuits and have a good understanding of electrical power. You are familiar with the different aspects of electrical power engineering. During the course you will gain an understanding of what energy efficient motors are, how to reduce power losses and how to design lighting systems that save energy and improve lighting quality.

EUR-ACE ENGINEERING PRACTICE
You understand the impact of reactive power and surges in an electric power system. You know how to measure the basic parameters of the power system. You will also be familiar with measurements related to power and lighting quality. You will be able to use mathematical methods and tools to describe phenomena and solve problems in the field.

Content

In this course, you will gain a comprehensive understanding of various aspects of electrical power engineering and delve deeply into the calculations of three-phase circuits. You will learn the principles of energy-efficient motors, methods to reduce power losses, and how to design lighting systems that save energy and improve lighting quality. You will understand the effects of reactive power and harmonics in power systems and know how to measure the fundamental quantities of electrical power systems. This course equips you with the essential knowledge and skills to apply electrical power engineering principles in practice.

Symmetrical and asymmetrical 3-phase system
Powers of AC circuits
Reactive power compensation
Surge theory
Power engineering
Electricity networks in buildings
Lighting technology

Materials

Learning environment (Moodle) materials

Teaching methods

Problem-based learning is used as a learning method. Learning takes place through independently performed and returned learning tasks. The completion of learning tasks is guided by video instructions and during the contact lessons.

Exam schedules

Examination (spring 2025)
Resit 1 (spring 2025)
Resit 2 (spring 2025)

Completion alternatives

The procedures for admission are described in the Degree Regulations and the Study Guide. The course tutor will provide further information on any specific procedures for the course.

Student workload

The total calculated workload for a student is 108 hours of coursework.

Assessment criteria, satisfactory (1)

Intermediate (1): You understand the basics and terminology, but interpreting them is a challenge.

Satisfactory (2): You understand the basics and terminology but find it challenging to apply the key concepts.

Assessment criteria, good (3)

Good (3): Student: You know the basic calculation of connected 3-phase circuits and have a good understanding of the electrical power. You understand the impact of reactive power and surges in an electrical power system.

Excellent (4): You master the key concepts and can apply them in a variety of ways.

Assessment criteria, excellent (5)

Excellent (5): You have a good command of the key issues and can apply them in a variety of ways. You have a professional approach.

Qualifications

Basics of Electrical Engineering

Further information

In accordance with the guidelines of Institute of Information Technology, this course has an 80% attendance requirement. Attendance is tracked using the Moodle attendance tool. Absences will be agreed with the teacher for justified reasons (e.g. in case of illness or otherwise demonstrated competence).

All course assignments must be completed in order to receive a pass.