Academic year/semester: 2024/25/1

ECTS Credits: 7

Available for: All OU students

Lecture hours: 2
Seminarium:0
Practice: 0
Laboratory: 0
Consultation: 2

Prerequisites: none

Course Leader: Dr. Róbert Istók

Faculty: Kandó Kálmán Faculty of Electrical Engineering, 1034 Budapest, Bécsi út 94-96.

Course Description:
Electromagnetic compatibility, noise emission, immunity measurements, standards, power supply line, solar, wind farms, reactive power compensation

Competences:
Electromagnetic noie sources, standard measurements, industrial power supply lines

Topics:
Introduction, historical interest, examples, evolution of EMC, definition of EMC, concepts of emission and immunity, propagation/coupling modes (conducted, capacitive and inductive coupling, wave propagation)
Types of disturbances, their source classification and characteristics (LFI, LEMP, NEMP, ESD, EMP, RFI)
Concept of conducted disturbance, concept of LISN, measurement set-up and standard, common and differential mode propagation, filtering solutions
Concept of radiated emission, measurement setup (instrument and antenna), effect of common and differential mode on radiated emission, relationship between conducted and radiated phenomena
Electromagnetic pulse of lightning (LEMP), coupling options, effects on electrical apparatus. Overvoltage protection devices, principle of operation and selection of spark gap, varistor and zener diode
Earthings, interconnections, shielding and filtering; Transmission and distribution networks, transformers and radiated disturbances of electrical apparatus.
Estimating the expected load
Internal power network of industrial sites
Reliability of electricity supply to the industrial site
Managing of the reactive power.
Uninterruptible power supplies, redundancy;
Modern technologies; Alternative supplies;
Midterm exam
Summary, retake possibility of midterm exam

Assessment: exam

Exam Types:

Mid Term Exam

Compulsory bibliography: Suggested material: Reto B. Keller, Design for Electromagnetic Compatibility - In a Nutshell Theory and Practice, ISBN 978-3-031-14186-

Recommended bibliography:

Additional bibliography:

Additional Information: