AALBORG UNIVERSITY · DENMARK
Grid Forming Inverters – Principles and Praxis
Master's · Taught in en
At a glance
3 mo
Duration
—
IELTS
€2k
Tuition / yr
en
Language
Master's
Level
- 5 ECTSCredits
- 3 monthsDuration
- AalborgLocation
- Master's LevelStudy Level
The 'Grid Forming Inverters – Principles and Praxis' module is designed for engineers seeking to deepen their understanding of grid-forming inverter technologies, essential for the future expansion of renewable energy. This master's level course systematically covers fundamental aspects and state-of-the-art developments in this field. It addresses how electronic converters will contribute to stabilizing electricity grids by maintaining voltage and frequency, with a focus on virtual synchronous machines. The module provides a comprehensive overview of power electronics topologies, control of virtual synchronous machines, inertia emulation, and coordination with energy storage. You will also explore topics like minimizing grid errors, stability analysis, and active attenuation of power oscillations. Delivered by world-leading researchers, the course aims to equip participants with the knowledge and skills needed to design and manage stable power grids with high penetration of renewable energy.
Curriculum
The module covers fundamental aspects and state-of-the-art within grid-adapted inverter technologies, with teaching provided by world-leading researchers from Aalborg University's Department of Energy.
- Module Content
- Basic power electronics topologies
- Control of virtual synchronous machines
- Emulation of inertia and coordination with energy storage
- Minimization of grid errors
- Stability analysis
- Active attenuation of power oscillations
Careers
Upon completion of this module, you will gain specialized knowledge and skills highly relevant for roles in the expanding renewable energy sector and power grid management.
- Energy authorities
- Manufacturers of energy supply systems
- Professionals working with renewable energy systems
- Engineers specializing in electricity grid integration
Frequently asked questions
- What are the tuition fees for this module?
- The tuition fee for the 'Grid Forming Inverters – Principles and Praxis' module is 15,000 DKK for all students. Please note that living costs such as meals are not included in this fee.
- How long is the module and when is it offered?
- This is a 3-month module. The application deadline for the Fall semester start (2026) is August 15, 2026, with the module running from October to December 2026. Applications for the Spring semester start (2027) have a portal opening date of September 15, 2026.
- What are the entry requirements for this module?
- To be eligible, you need a relevant Bachelor’s degree in an electrical field, at least two years of relevant work experience, and prior knowledge of synchronous machines, power electronics, and feedback regulation.
- What topics are covered in the 'Grid Forming Inverters' module?
- The module covers fundamental aspects and state-of-the-art developments in grid-forming inverter technologies. Topics include basic power electronics topologies, control of virtual synchronous machines, inertia emulation, stability analysis, and minimizing grid errors.
- What are the career prospects after completing this module?
- Upon completion, you will gain specialized knowledge relevant for roles in the renewable energy sector and power grid management, including positions in energy authorities, manufacturers of energy supply systems, and with professionals working with renewable energy systems or grid integration.
Entry requirements
Bachelor’s degreeA relevant Bachelor’s degree in an electrical field.
Work ExperienceAt least two years of relevant work experience following your Bachelor's degree.
Prior KnowledgePrior knowledge and understanding of synchronous machines, power electronics, and feedback regulation at the level equivalent to an engineering bachelor's degree.
The target group includes engineers from energy authorities, manufacturers of energy supply systems, and professionals working with renewable energy systems or integration into electricity grids.
Fees
Tuition (international)15,000 DKK for the module.
Tuition (home)15,000 DKK for the module.
LivingMeals are not included in the tuition fee.
Tuition fees are subject to change. Please note that this is a separate module, not a full degree program.
How to apply
1. Check Admission RequirementsEnsure you have a relevant Bachelor's degree in an electrical field, at least two years of relevant work experience, and prior knowledge of synchronous machines, power electronics, and feedback regulation.
2. Prepare DocumentsGather all necessary documents such as your bachelor's degree certificate and transcript, a CV detailing your work experience, and any other relevant certificates.
3. Access the Application PortalThe application portal can be accessed through the university website. A login and application guide is available for download to assist you with the process.
4. Submit ApplicationComplete the online application form and upload all required documents by the deadline. Pay attention to the specific deadlines for your desired intake.
Frequently asked questions
What are the tuition fees for this module?
+
The tuition fee for the 'Grid Forming Inverters – Principles and Praxis' module is 15,000 DKK for all students. Please note that living costs such as meals are not included in this fee.
How long is the module and when is it offered?
+
This is a 3-month module. The application deadline for the Fall semester start (2026) is August 15, 2026, with the module running from October to December 2026. Applications for the Spring semester start (2027) have a portal opening date of September 15, 2026.
What are the entry requirements for this module?
+
To be eligible, you need a relevant Bachelor’s degree in an electrical field, at least two years of relevant work experience, and prior knowledge of synchronous machines, power electronics, and feedback regulation.
What topics are covered in the 'Grid Forming Inverters' module?
+
The module covers fundamental aspects and state-of-the-art developments in grid-forming inverter technologies. Topics include basic power electronics topologies, control of virtual synchronous machines, inertia emulation, stability analysis, and minimizing grid errors.
What are the career prospects after completing this module?
+
Upon completion, you will gain specialized knowledge relevant for roles in the renewable energy sector and power grid management, including positions in energy authorities, manufacturers of energy supply systems, and with professionals working with renewable energy systems or grid integration.