Stability Criterion for Voltage Stability Study of Distributed Generators**This study has been carried out in the RISEGrid Institute (www.supelec.fr/342.p_38091/risegrid-en.html), joint scientific program between CentraleSupélec and EDF (’Electricité de France’) on smarter electric grids.
2016; Elsevier BV; Volume: 49; Issue: 27 Linguagem: Inglês
10.1016/j.ifacol.2016.10.718
ISSN2405-8971
AutoresMarjorie Cosson, Hervé Guéguen, Pierre Haessig, Didier Dumur, Cristina Stoica, Vincent Gabrion, Gilles Malarange,
Tópico(s)Power System Optimization and Stability
ResumoThis paper proposes a stability criterion for the study of distributed generators equipped with local reactive power regulations. Existing formal methods propose a memory-consuming analysis with some practical issues while dealing with large-scale systems. To cope with this, a novel analytic stability criterion is established in this work. Firstly, a necessary condition for system stability is demonstrated for a feeder hosting a single generator. The approach is illustrated on a real medium voltage feeder. Then, a conjecture is proposed to study the stability of feeders hosting several generators equipped with reactive power regulations. Conjecture validity is proved over several theoretical grids hosting up to four distributed generators thanks to simulations.
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