This paper presents a new scheme of thyristor controlled series compensators (TCSC)-based damping controller for inter-area oscillations in bulk power systems based on wide area measurement system (WAMS). In this regard, the proposed provides an adaptive three-phase step through real-time working mode. first step, by proposing dynamic clustering-based technique, signals evaluate which procedure...

The increasing penetration of intermittent, non-synchronous generation has led to a reduction in total power system inertia. Low inertia systems are more sensitive sudden changes and susceptible secondary issues that can result large-scale events. Due the short time frames involved, automatic methods for event detection diagnosis required. Wide-area monitoring (WAMS) provide data required detec...

Power systems are the foundation of contemporary society, providing energy for businesses, homes, and technological advancements. Precision, adaptability, reliability essential these systems' complicated network parts to satisfy rising needs our energy-hungry society. In this review paper, vital function automatic control in power is examined, along with how very important they maintaining stab...

This study aims to understand and examine the relationship between socio-demographic factors attitudes toward women managers in context of United Arab Emirates (UAE). research paper is an exploratory we have taken into consideration a basic framework that exists among different responsible for perceptions managers. The literature review has focused on various overarching perspectives formed by ...

This project proposes a novel objective function and algorithm to obtain a set of optimal power system stabilizer (PSS) parameters that include a feedback signal of a remote machine and local and remote input signal ratios for each machine in a Multi-machine power system under various operating conditions. A novel function called the damping scale is proposed and formulated as an objective func...

Detecting critical power system events for Dynamic Security Assessment (DSA) is required for reliability improvement. The approach proposed in this paper investigates the effects of events on dynamic behavior during nonlinear system response while common approaches use steady-state conditions after events. This paper presents some new and enhanced indices for event ranking based on time-domain ...

With the development of modern society, the scale of the power system is rapidly increased accordingly, and the framework and mode of running of power systems are trending towards more complexity. It is nowadays much more important for the dispatchers to know exactly the state parameters of the power network through state estimation. This paper proposes a robust power system WLS state estimatio...

In modern, large scale interconnected power grids, low-frequency oscillation is a key roadblock to improved power transmission capacity. Supplementary generator control, flexible AC transmission system (FACTS), and high voltage direct currents (HVDC) are engineered devices designed to damp such low frequency swings. In this paper a neural network-based approximate dynamic programming method, na...

<span>Sustained growth in the demand with unprecedented investments transmission infrastructure resulted narrow operational margins for power system operators across globe. As a result, networks are operating near to stability limits. This has demanded electrical utilities explore new avenues control and protection of wide area systems. Present supervisory data acquisition/energy manageme...