DC Lab

Delft, The Netherlands

Research dedicated to Direct Current and Power Electronics.

Uitnodiging DC-LAB Open Dag2022
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
  Haages Hogeschool: Vermogenselektronica 2022/2023

Research

Research is done on all aspects of the application of power electronics in DC grids. We build power converters, define control methods and test various applications.

  1. Cost-effective DC/DC converters
  2. Increasing power management efficiency by applying DC grids, for home, office and commercial buildings
  3. New power electronics solutions for DC connectors, switches, and protection elements
  4. Implementing Control methods for converter-based DC-grids yo achieve grid stability analysis and error control
  5. Practical solutions for the transition of energy- and cost-efficient DC-applications into existing AC installations
  6. Identification of profiles of power sources and loads to simulate or characterize grid components and systems
  7. DC charging technologies for electro mobility and smart grid
  8. Wireless charging methods for eVehicles
  9. Motor control for Industrial Automation and Industrie 5.0
  10. eMobility traction drives motor control



Projects


Projects are hardware and software based in the DC-Lab in Delft. We mainly focus on the power electronics required for DC Grids, Automotive and Industrial Automation.


Project and Research Outline















DC motor

BLDCM motor

U4L Embeddded Control

U4L MPP Control

U4L Version 5.0

AC Vintage Wall outlet

Interleaved Bidirectional Boost

Interleaved Bidirectional Boost Loss

Curent Limiter

DC microgrid TukTuk

Test device short circuit

Droop Control Demo

MBO Stage

USB-Scope

Education

Teaching power electronics not only from the textbooks, but including laboratory experiments, online design tools and animation.

Publications:

Power electronics and drives laboratory learning environment for electric vehicles, Mipro 2021, P. J. van Duijsen, D. C. Zuidervliet IEEE DOI: 10.23919/MIPRO52101.2021.9597133

Laboratory setup for teaching DC grid droop control and protection, Mipro 2021, P. J. van Duijsen, D. C. Zuidervliet DOI: 10.23919/MIPRO52101.2021.9596738

Educational Droop Control Laboratory Setup, ICECCME 2021, Holly T. Engelbrecht, Diëgo C. Zuidervliet and Peter J. van Duijsen IEEE DOI: 10.1109/ICECCME52200.2021.9591123

Teaching Field Oriented Control using Animation, ELMA 2021, P. J. van Duijsen, D. C. Zuidervliet IEEE DOI: 10.1109/ELMA52514.2021.9502966

Educational Set-up for Brushless Motor Drives, ELMA 2021, Akin Uzel, D. C. Zuidervliet, P. J. van Duijsen IEEE DOI: 10.1109/ELMA52514.2021.9503025

Droop Control in DC Grids using the Universal Four Leg as Laboratory Setup, EHH 2021, Alexander Spaans, D. C. Zuidervliet, P. J. van Duijsen SSRN DOI: 10.2139/ssrn.3899714

SWITCHING POWER SUPPLIES IN DC GRIDS: THE SMART CURRENT LIMITER, EHH 2021, Casper Grootes, D. C. Zuidervliet, P. J. van Duijsen https://ssrn.com/abstract=3899359

Decentraal grid? Neem het spanningsniveau als communicatiemiddel,
Tijdo van der Zee, TVVL Magazin April 2021 TVVL Nr.2 April 2021

Electronic Learning Experience Setup: Power Electronics and Electrical Drive Education, Mipro 2020,
P. J. van Duijsen, D. C. Zuidervliet, J.B. Woudstra

Structuring, Controlling and Protecting the DC Grid, ISETC 2020,
P. J. van Duijsen, D. C. Zuidervliet

Enhancing Laboratory Learning Experience. A New Experimental Setup For Power Electronics And Electrical Drive Education, Sefi 2019,
P. J. van Duijsen, D. C. Zuidervliet, C. F. M. Dirksen

Requirements on Power Electronics for converting Kitchen Appliances from AC to DC, DUE 2019,
Peter van Duijsen, Johan Woudstra, Diëgo Zuidervliet

Control and Protection in Low Voltage DC Grids, ICUE 2019,
Peter J. van Duijsen, Johan B. Woudstra, and Diëgo C. Zuidervliet

Combined DC/AC supply on a single distribution cable, IESC 2018,
Peter van Duijsen, Wilfred Akerboom, Johan Woudstra

Presentations:

  1. ISETC 2022 Distribution Of Renewable Energy In Light-Rail Traction Grids
  2. ICECCME 2022 Universal power electronics hardware trainer for teaching the DC grid
  3. ICECET 2022 A low cost implementation of a dual-stage interleaved bidirectional boost converter
  4. THE EFFECTIVENESS OF DIRECT APPLICATION OF THEORY ON STUDENTS' PROGRESS AND UNDERSTANDING
  5. Traction Motors, what is the difference?, IVT June 2022
  6. DC Grids for Electric Marine, Control and Protection, Electric and Hybrid Marine Expo June 21,22,23 2022
  7. Siela 2022 Dual active Bridge Hardware trainer
  8. Power Electronics Event
  9. Power Electronics Event pptx
  10. Mipro 2022 Lectures
  11. Mipro 2022 Laboratory
  12. Codit 2022
  13. EHH 2021
  14. EHH 2021
  15. Elma 2021
  16. Elma2021
  17. Hybrid Marine Expo, January 2021, Wireless Power Transfer
  18. DC Grids for Electric Marine, Control and Protection, Electric and Hybrid Marine World Expo Sept 13,14,15 2021
  19. Permanent Magnet Synchronous or Induction Machine, selection and control for electric vehicles, ICPC March 2021
  20. Selection and Control of Permanent Magnet Synchronous or Induction Machine, for Electric Vehicles, IQPC June 2021
  21. Traction Motors, what is the difference?, IVT September 2021
  22. Electric & Hybrid Marine World Expo, June 21, 22, 23, 2022 Hall 8, Amsterdam RAI, the Netherlands
  23. IVT Expo Conference, June 29 & 30, 2022 Köln Messe, Cologne, Germany

Events

Past events:

Gelijkspanning in Nederland

Stichting Gelijkspanning Nederland
Toepassing en Ontwikkeling van Gelijkspanning
Woningen en utiliteit
Glastuinbouw
Laadinfrastructuur
Openbare verlichtingsnetten
Lokale DC-netten

Contact

If you are studying in Holland and want to join our team, let us know at: info at dc-lab dot org

THUAS, Rotterdamseweg 137, 2628 AL, Delft