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A validation workflow is proposed to verify the co-simulation framework.

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MOSAIK and FMI-Based Co-Simulation Applied to Transient Stability Analysis of Grid-Forming Converter Modulated Wind Power Plants.

Received: 15 February 2021 Revised: 2 March 2021 Accepted: 4 March 2021 Published: 9 March 2021.

The grid integration of renewable energy sources interfaced through power electronic converters is undergoing a significant acceleration to meet environmental and political targets.

The rapid deployment of converters brings new challenges in ensuring robustness, transient stability, among others.

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In order to enhance transient stability, transmission system operators established network grid code requirements for converter-based generators to support the primary control task during faults.

A critical factor in terms of implementing grid codes is the control strategy of the grid-side converters.

Grid-forming converters are a promising solution which could perform properly in a weak-grid condition as well as in an islanded operation.

Time-domain simulations are common practice for that purpose.

In this paper, a co-simulation approach using the mosaik framework is applied on a power system with grid-forming converters.