Rojas, R., Chaves, J. and Tavares, M. (2023) Ferroresonance Mitigation for the Unconventional Rural Electrification System. Electric Power Systems Research, 223, Article ID: 109590.
https://doi.org/10.1016/j.epsr.2023.109590

has been cited by the following article:

• TITLE: Mathematical Modeling of Multiple Capacitor Coupled Substations (CCS) Impact on Transmission Lines and Approaches for Ferroresonance Suppression

  AUTHORS: Sinqobile Wiseman Nene

  KEYWORDS: Capacitor Coupled Substation, Ferroresonance, Power System, Modelling, Algorithm Presentation, Rural Electrification

  JOURNAL NAME: Open Journal of Modelling and Simulation, Vol.12 No.4, October 21, 2024

  ABSTRACT: Rural electrification remains a critical challenge in achieving equitable access to electricity, a cornerstone for poverty alleviation, economic growth, and improved living standards. Capacitor Coupled Substations (CCS) offer a promising solution for delivering cost-effective electricity to these underserved areas. However, the integration of multiple CCS units along a transmission network introduces complex interactions that can significantly impact voltage, current, and power flow. This study presents a detailed mathematical model to analyze the effects of varying distances and configurations of multiple CCS units on a transmission network, with a focus on voltage stability, power quality, and reactive power fluctuations. Furthermore, the research addresses the phenomenon of ferroresonance, a critical issue in networks with multiple CCS units, by developing and validating suppression strategies to ensure stable operation. Through simulation and practical testing, the study provides insights into optimizing CCS deployment, ultimately contributing to more reliable and efficient rural electrification solutions.