Add to ORKGAn online fault detection scheme for a sample power system is introduced in this paper. The detection approach is based on the use of a variable structure system called "sliding mode observer", where information contained in the output measurements is utilized to detect the onset of faults in the transmission network of the sample power system in real time and online. The power system comprises a generating unit connected to an infinite bus through double line transmission network. The common case of a fault occurring on a transmission line is illustrated through simulation studies. © 2011 Elsevier Ltd. All rights reserved
: Continuous online monitoring of transmission line is required for proper functioning of power syst...
Power systems are the largest and most complex human made systems, where faults always occurred, in ...
Throughout the years, Fault detection has been one of the most frequently discussed topics in the sc...
A scheme for on line fault detection in a power system is introduced in this paper. The scheme is ba...
In this paper, we design a model-based fault diagnosis scheme capable of real time detection of symm...
In this paper, automatic fault diagnosis in large scale power networks described by second-order non...
his study proposes a two-sliding mode (SM) observer to detect and reconstruct a certain class of loa...
This is the author accepted manuscript. The final version is available from the publisher via the DO...
In this paper, we present a new procedure for the synthesis of fault detection filters for nonlinear...
This paper presents a robust approach to detecting and identifying a fault in the load-frequency con...
This chapter presents a review of sliding-mode estimation techniques recently proposed by the author...
In this paper we present a novel approach for the study of faults on the transmission network of a p...
In this paper, the performance evaluation of industrial ethernet (EtherNet/IP, EtherCAT and PROFINET...
In this paper, automatic fault diagnosis in large scale power networks described by second-order non...
Abstract Remote monitoring of transmission lines of a power system is significant for improved relia...
: Continuous online monitoring of transmission line is required for proper functioning of power syst...
Power systems are the largest and most complex human made systems, where faults always occurred, in ...
Throughout the years, Fault detection has been one of the most frequently discussed topics in the sc...
A scheme for on line fault detection in a power system is introduced in this paper. The scheme is ba...
In this paper, we design a model-based fault diagnosis scheme capable of real time detection of symm...
In this paper, automatic fault diagnosis in large scale power networks described by second-order non...
his study proposes a two-sliding mode (SM) observer to detect and reconstruct a certain class of loa...
This is the author accepted manuscript. The final version is available from the publisher via the DO...
In this paper, we present a new procedure for the synthesis of fault detection filters for nonlinear...
This paper presents a robust approach to detecting and identifying a fault in the load-frequency con...
This chapter presents a review of sliding-mode estimation techniques recently proposed by the author...
In this paper we present a novel approach for the study of faults on the transmission network of a p...
In this paper, the performance evaluation of industrial ethernet (EtherNet/IP, EtherCAT and PROFINET...
In this paper, automatic fault diagnosis in large scale power networks described by second-order non...
Abstract Remote monitoring of transmission lines of a power system is significant for improved relia...
: Continuous online monitoring of transmission line is required for proper functioning of power syst...
Power systems are the largest and most complex human made systems, where faults always occurred, in ...
Throughout the years, Fault detection has been one of the most frequently discussed topics in the sc...