This paper presents a new method to find the optimal location of facts devices by analyzing sensitivity . The optimal location and capability of Static Var Compensator (SVC) and Thyristor Controlled Series Capacitor (TCSC) in transmission line is investigated for enchasing the power transfer capability and stability of the system. The method firstly put all the buses in the order by voltage reactive power sensitivity and then chooses the optimal location and appropriate capability of the facts devices. It is simple in computation and suitable for large scale interconnection power grid. The results obtained are satisfying and will be useful for enhancing the power system reliabilit
Abstract: The exible altering current transmission system (FACTS) controllers such as static synchr...
In contemporary power system studies, the optimal allocation and utilisation of Flexible AC Transmis...
According to the changes in power structure (deregulation), competitive markets became in urgent nee...
This paper presents an approach for the optimal placement of FACTS devices. The devices considered a...
The vast development and world globalization had caused the existing power system in most country to...
Over the last two decades, instability problem in power systems have become one of the most importan...
Shunt FACTS devices provide the possibility to control voltages and therefore to improve the securit...
Total Transfer Capability (TTC) forms the basis for Available Transfer Capability (ATC). ATC of a tr...
This paper presents the severity of over load index (SOL) technique to find the optimal location of ...
Due to deregulation of electric market transmission congestion occurs due insufficient transmission ...
This paper compares three heuristic methods (SA, TS and GA) applied to the optimal location of FACTS...
The increase in power demand has forced the power system to operate closer to its stability limit. V...
Modern electric power utilities are facing many challenges due to increasing complexity in their ope...
In emerging electric power systems, increased transactions often lead to the situations where the sy...
Abstract — The flexible AC transmission system (FACTS) in a power system plays a vital role in impro...
Abstract: The exible altering current transmission system (FACTS) controllers such as static synchr...
In contemporary power system studies, the optimal allocation and utilisation of Flexible AC Transmis...
According to the changes in power structure (deregulation), competitive markets became in urgent nee...
This paper presents an approach for the optimal placement of FACTS devices. The devices considered a...
The vast development and world globalization had caused the existing power system in most country to...
Over the last two decades, instability problem in power systems have become one of the most importan...
Shunt FACTS devices provide the possibility to control voltages and therefore to improve the securit...
Total Transfer Capability (TTC) forms the basis for Available Transfer Capability (ATC). ATC of a tr...
This paper presents the severity of over load index (SOL) technique to find the optimal location of ...
Due to deregulation of electric market transmission congestion occurs due insufficient transmission ...
This paper compares three heuristic methods (SA, TS and GA) applied to the optimal location of FACTS...
The increase in power demand has forced the power system to operate closer to its stability limit. V...
Modern electric power utilities are facing many challenges due to increasing complexity in their ope...
In emerging electric power systems, increased transactions often lead to the situations where the sy...
Abstract — The flexible AC transmission system (FACTS) in a power system plays a vital role in impro...
Abstract: The exible altering current transmission system (FACTS) controllers such as static synchr...
In contemporary power system studies, the optimal allocation and utilisation of Flexible AC Transmis...
According to the changes in power structure (deregulation), competitive markets became in urgent nee...