E-Fertigung_Bestückungsautomat_HSOWL-ife_Foto: Dirk Schelpmeier
Cepin
M.Sc.

Simon Cepin

Research focus

Simon Cepin deals with power electronic circuits for the use of regenerative energy, efficiency-optimized switching power supply technologies and automated test tubes for recording efficiency characteristics of power semiconductors. Another focus is on the design, simulation and construction of cooling systems for power electronics.

Professional career

Before starting his studies in 2011, Simon completed training as an electronics technician for automation technology at Weidmüller Interface GmbH & Co.KG in Detmold. During his bachelor's degree, he worked as a student assistant in the power electronics and electrical drives working group at the OWL University of Applied Sciences and Arts (TH OWL), during which he switched to research assistant in 2015.

Academic education

Simon completed his bachelor's degree in electronics with a focus on automation technology at the TH-OWL in 2014. He then started a master's degree in mechatronic systems at the TH-OWL, which he successfully completed in 2017.

Focus
Prototype and method development
Switching technology and converters

Projekte

Gebäude
Idea implementation and demonstration of electric drive and power electronics solutions with improved energy and resource efficiency: Subproject (IDEALER)
Duration
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iFE: EMC-optimal input and output filters using 3D simulation The IDEALER project uses results from the preliminary...
Head
Miniaturbild
UmSiCht - Converter with SiC-based power electronics and double-sided cooled power module
Duration
-
Innovations in electronics will further increase the efficiency of the drive system of electric vehicles and thus...
Head
Vorschaubild
ZIM-CarBoDia - New diamond drilling tools and self-optimization strategies for HSC drilling of laminates
Duration
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Due to the growing implementation of lightweight constructions, the use of carbon fibre reinforced plastics (CFRP)...
Head
Vorschaubild
Luftstrom - Luftgekühlte Wide-Band-Gap-Leistungselektronik und Mechatronik
Duration
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Das Projekt „Luftstrom“ erforscht, wie sich Batterien von Elektrofahrzeugen effizienter laden lassen. Es wird dazu...
Participants

Publications

Compact and Cost-efficient Power Regeneration System for Voltage Source Converters
2015
This paper introduces a compact and cost-efficient circuit for feeding back regenerative power from frequency...
    Authors
  • Austermann, J.
  • Cepin, S.
  • Borcherding, H.
In: PCIM Europe 2015. Proceedings of International Exhibition and Conference for Power Electronics, Intelligent Motion, Renewable Energy and Energy Management Ort: Berlin

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Patente

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