This study provides a thorough analysis of unit commitment (UC) formulations in the context
of low-inertia power systems, which are increasingly prevalent as the transition to …

Bulk integration of Distributed Energy Resources (DERs) into the power grids reduces the
system's inherent inertial response. The reduced inertial response causes a high Rate-of …

The increasing incorporation of solar and wind energy sources into the power system results
in a diminishing power system inertia, which compromises the security of power system …

This article emphasizes the intermittent nature of RESs and finds how virtual inertia (VI)
works to enhance the operation of the automatic generation control (AGC) mechanism of the …

This article highlights the intermittent character of RESs and reveals how deep learning
techniques reduce the frequency deviation in automatic generation control (AGC) of the …

Replacing conventional generating units with inverter-based generation has lowered the
natural inertia of power grids and the primary frequency control reserve provided by …

Maintaining stable voltage and frequency regulation is critical for modern power systems,
particularly with the integration of renewable energy sources. This study proposes a …

In future power systems, various generation units are expected to contribute to frequency
stability. Depending on their characteristics, these units will support the frequency stability in …

This paper proposes a distributed robust frequency control (DRFC) scheme for industrial
applications that can effectively adjust the frequency and regulate the active power-sharing …

This paper presents a modeling approach to address fast frequency response (FFR)
requirements within a stochastic scheduling framework. The work integrates FFR response …