Eckel, ChristinaChristinaEckelBabazadeh, DavoodDavoodBabazadehBecker, ChristianChristianBecker2024-04-292024-04-292024-04-12IEEE Access 12: 53056-53073 (2024)https://hdl.handle.net/11420/47342The significant increase of converter interfaced generation, consumption, storage, and transmission in power systems, results in the need to consider converter-driven stability in detail, as well as to study modelling and analysis methods with which such stability effects can be represented and investigated. Due to the multiple causes of converter-driven stability effects, a classification into further categories of fast and slow converter-driven stability is necessary, which is systematically presented in this paper. We further provide a detailed overview on appropriate modelling methods including static, quasi-dynamic and dynamic modelling and their respective applications. Typical analysis methods such as eigenvalue and impedance based analysis are explained and related to the previous modelling approaches. Based on that, a guide to which modelling and analysis method is appropriate for which type of converter-driven stability, is provided. In addition, open and recent research questions with regard to studies on nonlinear analyses of large systems with acceptable computational costs are pointed out.en2169-353620245305653073IEEEhttps://creativecommons.org/licenses/by/4.0/Electrical Engineering, Electronic EngineeringJournal Article10.15480/882.957810.1109/ACCESS.2024.338809810.15480/882.9578Journal Article