Grid-Supportive Green Hydrogen with PEM Electrolysers in PowerFactory

Hydrogen & Energy

MatlabSourceCode Research Desk

September 2026

Hydrogen & Energy • Engineering Research 2026

Green hydrogen research increasingly treats electrolysers as controllable grid assets rather than passive loads. A PEM electrolyser can modulate active power quickly, coordinate with BESS and renewable generation, and support frequency performance in low-inertia systems.

System concept

A useful research system includes renewable generation, a grid or microgrid equivalent, PEM electrolyser, optional BESS and supervisory control. The electrolyser receives a power reference based on available renewable energy and grid-support requirements.

Control opportunities

Frequency-sensitive load modulation, RoCoF-aware response, reserve provision and coordinated BESS-electrolyser control are strong research directions. Constraints such as minimum operating power, ramp rate and hydrogen production targets should remain visible.

PowerFactory study cases

Load steps, renewable ramps, generator outages and weak-grid conditions can be used to evaluate frequency nadir, RoCoF, recovery time, curtailed renewable energy and hydrogen production.

Potential novelty

Adaptive droop, model-predictive dispatch, hydrogen-production-aware frequency control and AI-assisted reserve scheduling can differentiate a study from conventional fixed-power operation.

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