Subscribe
Subscribe to Magazine
×

We’re here to support you, no matter your location. Searching for the appropriate contact?

Unsure about who to reach out to with your questions or issues?

Discover the right person to contact in our contact directory.






    Trending
    中文
    E-lesson

    Design of power transformers – e-lesson #3 – Fundamentals of dielectric design

    Design of power transformers - e-lesson #3 - Fundamentals of dielectric design - illustration
    Course: Basic level

    Hosted by: Aleksandar Lojpur / Basic level

    This is the third e-lesson in the Design of power transformers course, authored and hosted on basic level by Aleksandar Lojpur. Its content is fully vendor-agnostic, but it is sponsored by SGB SMIT GmbH. Here you can save your seat.

    Subscribe to this course!

    If you are already a subscriber of the Transformers Academy or Transformers Magazine, please, Login with your credentials.

    As the official sponsor of this lesson, SGB SMIT GmbH will give their presentation during the live session. The content will also be visible once when the session is  available on demand.

    SGB SMIT logo

    Here is what you can expect to learn this time:

    Electrical insulation materials:
    − Definition and types
    − Properties
    • Electric field and voltage distribution
    • Methods to calculate electric field and voltage distribution
    • Breakdown and partial discharges
    • Dielectric tests and their purpose
    • Highest voltage for equipment and rated insulation level

    About the author

    Alekasndar Lojpur picture - 300 x 300

    Aleksandar Lojpur

    Aleksandar Lojpur is a Master of Electrical Engineering, having obtained the degree at the Faculty of Electrical Engineering and Computing at the University of
    Zagreb, Croatia.
    In the period from 2014 to 2021 he performed the duty of Head of Electrical design at the Koncar Power Transformers Ltd., a joint venture of Siemens Energy AG and Končar, while from 2019 to 2020 he was a lecturer at the Postgraduate Specialist Study in Transformers – Transformer Design at the University of Zagreb, Faculty of Electrical Engineering and Computing.
    His most notable projects include 200 MVA autotransformer with phase shift regulation for Croatia, 560 MVA, 550 kV single phase autotransformer for USA; 1,000 MVA, 420 kV autotransformer for Norway; 200 MVA and 350 MVA network transformers for solar power plants for Spain, 400 MVA, 245 kV split winding network transformer, SC-tested for
    Netherlands and more.

    Subscribe to Magazine!
    Subscribe