Hydrogen Electrolysis Plants

Service Description

This course explores the global push for clean fuel, particularly green hydrogen, and its role in whole-energy system decarbonization. With large-scale hydrogen production on the rise, the grid integration of electrolyzers presents technical and economic challenges. This course covers these aspects, emphasizing the implications of integrating electrolysis plants into on-grid and off-grid systems.

Participants will gain foundational knowledge of hydrogen electrolysis plants using both alkaline and proton exchange membrane (PEM) technologies. The course dives into electrolysis stack models, power electronics interfaces (PEI), control systems, thermodynamics, hydrogen storage, and operational constraints for downstream applications—essential for system-level studies of electrolysis plants.

The course further examines PEI and control strategies for grid integration, from small to large-scale electrolyzers. Participants will learn how electrolysis plants support system stability, renewable integration, and grid balancing, while tackling real-world operational challenges. Attendees will also receive an introduction to the techno-economic aspects of electrolysis plants, providing a comprehensive understanding of this advancing field.

Interactive simulations, group discussions, and expert-led exercises will deepen participants’ understanding of course material.

Upon completion, participants will be able to:

• Understand the fundamentals of integrating hydrogen electrolysis plants within power networks;
• Develop modeling skills for electrolysis technologies, including connection and dynamic studies;
• Comprehend electrolyzer operation and grid connection requirements for both on-grid and off-grid scenarios;
• Identify electrolysis plants’ contributions to grid balancing, renewable curtailment, and frequency control;
• Build essential knowledge in the basics of techno-economic analysis for hydrogen plants.

This course empowers participants to address hydrogen integration in evolving power systems effectively.

Notes:

• All participants will receive digital course materials, which may include slide decks, reference guides, toolkits, and access to the session recording.

• Upon successful completion, you will earn the ElectroMentors Certificate of Completion.

• ElectroMentors is an approved provider of IEEE CEU/PDH certificates. Should you wish to receive it, it is available as an optional add-on during checkout.

• This course may be eligible for Professional Development Hours (PDHs) with engineering regulatory bodies such as EGBC, APEGA, PEO, Engineers Nova Scotia, and other similar organizations across Canada. Participants are responsible for ensuring the course content is relevant to their area of professional practice and for retaining proof of completion for audit purposes.

• ElectroMentors is an approved provider of IEEE CEU/PDH Certificates. If you wish to obtain a certificate directly from IEEE, please add it to your checkout via [this link].

• Please note that all purchases are final. By registering and attending the course, you agree to ElectroMentors’ Terms and Conditions, including our rescheduling, cancellation, and refund policies. [Terms & Conditions].