About Microgrid Fault Characteristics
The positive-sequence current control strategy aims at supporting the microgrid voltage, whereas the negative-sequence current control strategy aims at generating or enhancing specific fault characteristics. Based on the proposed fault control strategy, the grid-feeding IIDGs can be equivalent to current sources and generate or enhance the .
The positive-sequence current control strategy aims at supporting the microgrid voltage, whereas the negative-sequence current control strategy aims at generating or enhancing specific fault characteristics. Based on the proposed fault control strategy, the grid-feeding IIDGs can be equivalent to current sources and generate or enhance the .
Our research provides a comprehensive post-fault analysis, covering fault classification, localization, and identification of the faulty feeder within the microgrid. This includes discerning fault occurrences from overload cases, notwithstanding the numerous challenges we addressed during our investigation.
In this paper, the polar faults of the microgrid are analyzed for equivalent modeling, and a microgrid model considering the interconnection of stations is established. Simulation analysis is carried out on the single-pole grounding fault, bipolar grounding fault, and three-pole grounding fault of the microgrid.
This paper is the first study that accurately analyse the fault response in DC microgrids and extract the main fault features considering adopted control scheme, implemented power electronics interface, and applied modelling either for individual units or for the DC bus and grounding.
The microgrids can provide sustainable supply to the important power users. However, the internal fault detection methods are not mature yet. A kind of microgrid topology is defined to decide the protection configuration. For a microgrid with inverter-based distributed generation (IBDG), the transient characteristics of typical faults are studied.
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