A Coordinated Virtual Inertia Control Framework for Frequency Stability Enhancement in Low Inertia Power Systems Using Redox Flow Battery and GWO Optimized Fuzzy PID Control
Volume: 14 - Issue: 12 - Date: 01-12-2025
Approved ISSN: 2278-1412
Published Id: IJAECESTU486 | Page No.: 146-149
Author: Nitin Chouhan
Co- Author: Ashish Bhargava,,,
Abstract:- The rapid transition toward renewable-dominated power systems has significantly
reduced system inertia due to the widespread replacement of conventional synchronous generators
with inverter-interfaced renewable energy resources. This reduction in inertia leads to severe
frequency stability challenges, including high rate of change of frequency and deep frequency
deviations following disturbances. To address these issues, this paper presents a coordinated
virtual inertia control framework that integrates a Redox Flow Battery-based virtual inertia
mechanism with a Grey Wolf Optimizer-optimized fuzzy PID controller. The proposed framework
emulates the inertial response of synchronous generators while providing adaptive secondary
frequency regulation under varying operating conditions. The control architecture, mathematical
foundation, and coordination strategy are systematically discussed, demonstrating the suitability
of the proposed approach for enhancing frequency stability in modern low-inertia power systems.
Key Words:- Low-Inertia Power System, Frequency Stability, Virtual Inertia Control, Redox Flow Battery, Virtual Synchronous Generator, Fuzzy PID Controller, Grey Wolf Optimizer
Area:-Engineering
DOI Member: 39.98.487
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