Training session:
Introduction to DC systems & technologies

One full day

1 000 € HT / pers

12 learners
maximum

SuperGrid Institute
Lyon, France

Next sessions:
3rd of July
4th of November

Course description

This course is a modular introductory training providing knowledge and understanding of high-voltage and medium-voltage direct current (HVDC & MVDC) systems and technology.

  • Course language: English.

  • Certificate on completion of the course.

  • Prerequisites: basic knowledge in electrical systems.

  • Intended audience: employees of power producers, equipment manufacturers, network operators, consultants and any other professional wishing to gain basic knowledge on DC technologies to address related innovation and development challenges within their companies.

SuperGrid Institute works to promote energy transition through education at every level, from secondary school to life-long learning.
Managing the stability of a DC network requires the control systems to be much more dynamic than those used in AC networks.

Course syllabus & objectives

Introduction to HVDC

Overview of key applications, system configurations and technologies, with a particular focus on VSC and LCC conversion. Through this course, the benefits of using HVDC in conjunction with HVAC as well as the main technical drivers for the future development of HVDC grids are addressed.

  • Understand the basics of HVDC power systems and the challenges regarding the integration of renewable energies resources as well as the increased demand for power and energy transition issues. Identify the technical challenges for very long-distance power transmission to reinforce the power grid using DC current. 
  • Understand the technical challenges for emerging HVDC solutions : VSC/LCC converters, cables and switchgear. 
  • Grasp the main protection strategies for HVDC systems, from point-to-point architecture to multi-terminal configurations. Understand the operation and importance of DC circuit breakers in protecting networks. 

Introduction to MVDC

Exploring the current state of power systems and the motivations behind the shift towards MVDC distribution networks. The second partfocuses on the key components of MVDC networks, including various types of power converters (AC-DC, DC-AC, DC-DC), cables and switchgear.

  • Understand the architecture, control and protection of medium voltage AC and DC networks.
  • Compare MVAC and MVDC networks by analyzing their advantages, limitations and applications.
  • Identify and explain the role of key MVDC network components, including converters cables and switchgear.
Training catalogue of SuperGrid Institute on HVDC & MVDC technologies for clients.

Training outcomes

  • Develop a solid foundation in DC transmission technologies.

  • Be able to compare HVDC and MVDC in terms of application, technology and benefits.

  • Gain awareness of cutting-edge developments in power transmission and renewable integration.

References

prysmian-reference-supergrid
sediver-reference-supergrid
Logo SuperGrid Institute's partners
SuperGrid Institute's references.
Amjad MOUHAIDALI, Research Engineer and Project Manager

Your course instructor

Amjad Mouhaidali, Research engineer & project manager

Contributing to the HVDC cable and equipment research department at SuperGrid Institute, Amjad Mouhaidali holds a Ph.D. in Electrical Engineering and an engineering diploma from Université Grenoble Alpes (France).

His work focuses on the modeling of frequency-dependent and thermal effects in HVDC cable systems, with applications in offshore wind integration and long-distance power transmission. As both a researcher and project lead, he coordinates technical activities and collaborative projects aimed at advancing high-voltage cable technologies.

Amjad has recently co-authored several scientific publications that contribute to improving the performance, reliability and sustainability of future power transmission systems.

Register for the training session