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This is a In Vitro Study study.

Large‐Signal Stability Analysis of Grid‐Following Converters Considering the Behavior of Grid‐Forming Converters

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Analysis shows improved transient stability in grid-following converters with added grid-forming components, indicating better energy management.

Improved transient stability achieved through the interaction of grid-following and grid-forming converters, enhancing the overall system response.
The study identifies a novel dynamic parameter-dependent domain approach that alters stability metrics associated with grid-following converters.
Employing a scaling-based equal-area criterion reveals critical insights into the interaction effects between different converter types.
Simulation and experimental results affirm that increased inertia in grid-forming converters contributes positively to system stability.

Huang et al. (2025) studied this question.

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Analysis shows improved transient stability in grid-following converters with added grid-forming components, indicating better energy management.