The problems associated with the stability analysis of power system are very important and
has a wide scope of improvement. Severity of the transient disturbances arising in power …

To ensure dynamic and transient angle and load stability in order to maintain the power
system security is a major task of the power Engineer. FACTS Controllers are most effective …

The Power System stability plays an extraordinary role in system security and reliability of
power grid, and is broadly classified into Generator Stability and Voltage Stability. These two …

This article proposes an adaptive neuro-fuzzy sliding mode control based power system
stabilizer (ANFSMC-PSS) with an aim to minimize low frequency oscillations (LFOs) arising …

The emergence of smart grids in India is propelled by an intricate interaction of market
dynamics, regulatory structures, and stakeholder obligations. This study analyzes the …

Modern power systems need the expansion of EHV and UHV power Transmission networks
due to the exponential rise in power demand. The Ferranti effect needs the attention of …

Abstract Modern Power Systems are equipped with many distinct loads with huge
transmission network. To ensure dynamic and transient generator and voltage stability in …

The modern power grid operations encompass huge transmission network comprising of
many transmission lines which are operating in scenarios of large load variations. This …

Disturbances due to low frequency oscillations are quite common in power system and it has
been dealt with many methods. The most popular among is the inclusion of Conventional …

This research centers on the exploration of power system stability within the framework of
the linearized Heffron-Philips model of a Single Machine Infinite Bus (SMIB) system. It aims …