Maintaining synchronism and voltage stability, especially in the presence of wind farms, has
a crucial role in confirming the reliability requirements of the power grid, as the natural …

The necessity of power is growing in response to today's growing population. In order to
reduce both real and reactive power losses, three devices have been combined in this …

This paper presents an efficient Low Voltage Ride Through (LVRT) control scheme for a
10.0 MW grid-tied Permanent Magnet Synchronous Generator (PMSG)-based wind farm …

Sažetak This paper investigates the advances in Flexible AC Transmission System (FACTS)
technology and its application in enhancing transient stability in power systems. FACTS …

The interconnections in the power system increase the power transmission level,
nevertheless decreasing in voltage level margin. The main reason for voltage instability is …

In power systems, electrical networks constantly face unexpected events such as faults on
lines or busses, sudden changes in load demand and loss of generation. When these …

A method to analyze the stability of sub/super synchronous oscillations in direct‐drive wind
farm considering the energy interaction between PMSGs is proposed. First, the dynamic …

In the next decade, the demand for copper is expected to grow by 25%, posing a challenge
for mining facilities to increase their production by opening new mines or upgrading existing …

In recent years, deregulation, open access, and co-generation in electrical power system are
creating transmission voltage sags, swells, forced outages, and frequently followed by black …

There exists such a risk that Magnetic Control Reactor (MCR) type Static Var Compensator
(SVC), which is widely used in wind farms, still outputs excessive reactive power after fault …