Add to ORKGThis project\u27s purpose was to implement a wavelet-based fault detection algorithm for use in power transformers using software. Previous work in Professor Nicoletti\u27s lab was used as a foundation for the algorithm\u27s design and construction. The algorithm was thoroughly tested with fault currents and inrush currents both with and without added noise. Additionally, time to detection was also analyzed
This paper shows the use of a new & innovatory wavelet packet transform (WPT) based method to se...
With proliferation of power grids, different types of faults are more likely to occur. The purpose o...
Abstract--This paper presents a wavelet based technique for detection and classification of abnormal...
The Power transformer is the very essential element in the power systems. For wealthy running operat...
The disturbances of power systems are nonperiodic, nonstationary, short duration and impulse super-i...
A new approach for protection of power transformer is presented using a time-frequency transform kno...
This paper presents the development of a wavelet based algorithm, for distinguishing between magneti...
Any power transformer protective scheme has to take into account the effect of magnetizing inrush cu...
Recognition of key insulation faults in power transformers through impulse testing was certainly not...
Transient fault could occur on transformer in power system. This is could be because of internal fau...
Abstract: This paper investigates the application of wavelet transform as a preprocessor for neural ...
As the importance of protection in power systems increase, knowing the type of malfunction occurring...
Abstract: This paper presents a novel technique for transformer differential protection to prevent i...
In this paper an investigation of the wavelet transform as a means of creating a feature extractor f...
High impedance fault (HIF) has long been a challenging problem in network protection due to its rand...
This paper shows the use of a new & innovatory wavelet packet transform (WPT) based method to se...
With proliferation of power grids, different types of faults are more likely to occur. The purpose o...
Abstract--This paper presents a wavelet based technique for detection and classification of abnormal...
The Power transformer is the very essential element in the power systems. For wealthy running operat...
The disturbances of power systems are nonperiodic, nonstationary, short duration and impulse super-i...
A new approach for protection of power transformer is presented using a time-frequency transform kno...
This paper presents the development of a wavelet based algorithm, for distinguishing between magneti...
Any power transformer protective scheme has to take into account the effect of magnetizing inrush cu...
Recognition of key insulation faults in power transformers through impulse testing was certainly not...
Transient fault could occur on transformer in power system. This is could be because of internal fau...
Abstract: This paper investigates the application of wavelet transform as a preprocessor for neural ...
As the importance of protection in power systems increase, knowing the type of malfunction occurring...
Abstract: This paper presents a novel technique for transformer differential protection to prevent i...
In this paper an investigation of the wavelet transform as a means of creating a feature extractor f...
High impedance fault (HIF) has long been a challenging problem in network protection due to its rand...
This paper shows the use of a new & innovatory wavelet packet transform (WPT) based method to se...
With proliferation of power grids, different types of faults are more likely to occur. The purpose o...
Abstract--This paper presents a wavelet based technique for detection and classification of abnormal...