The Experts below are selected from a list of 370512 Experts worldwide ranked by ideXlab platform
Aristotle Arapostathis - One of the best experts on this subject based on the ideXlab platform.
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Power Quality indices for transient disturbances
2006 IEEE Power Engineering Society General Meeting, 2006Co-Authors: Yong-june Shin, M. Grady, Edward J. Powers, Aristotle ArapostathisAbstract:Summary form only given. For reasonable Power Quality assessment of transient disturbances in electric Power systems, new transient Power Quality indices are developed based on a signal processing technique, time-frequency analysis. Based on the time-frequency distribution of a transient disturbance, a set of time-frequency based Power Quality indices are developed. In this paper, the instantaneous disturbance energy ratio, normalized instantaneous disturbance energy ratio, instantaneous frequency, and instantaneous K-factor are suggested for transient Power Quality assessment. Time-frequency based Power Quality indices allow one to quantify the effects of transient disturbances with high-resolution and accuracy.
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Power Quality indices for transient disturbances
IEEE Transactions on Power Delivery, 2006Co-Authors: Yong-june Shin, M. Grady, Edward J. Powers, Aristotle ArapostathisAbstract:For reasonable Power Quality assessment of transient disturbances in electric Power systems, new transient Power Quality indices are developed based on a signal processing technique, time-frequency analysis. Based on the time-frequency distribution of a transient disturbance, a set of time-frequency based Power Quality indices are developed. In this paper, the instantaneous disturbance energy ratio, normalized instantaneous disturbance energy ratio, instantaneous frequency, and instantaneous K-factor are suggested for transient Power Quality assessment. Time-frequency based Power Quality indices allow one to quantify the effects of transient disturbances with high-resolution and accuracy.
Yusuke Hayashi - One of the best experts on this subject based on the ideXlab platform.
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Definitions of Power Quality levels and the simplest approach for unbundled Power Quality services
Ninth International Conference on Harmonics and Quality of Power. Proceedings (Cat. No.00EX441), 2000Co-Authors: Tanino Ise, Yusuke HayashiAbstract:Unbundled Power Quality service is paid much attention to under the circumstances of deregulation and diversification of needs of customers for Quality and price of electric Power. One of the features of flexible, reliable and intelligent electrical energy delivery system (FRIENDS) is the unbundled Power Quality service. It is required to define the Power Quality in order to design the hardware of Quality control center (QCC) in the FRIENDS concept, which is placed in the distribution system to supply several levels of Power Quality to customers, because there are many aspects for Power Quality. This paper shows one method to define the Quality of Power for unbundled Power Quality service, assuming to supply three levels of Power Quality such as premium Power, high Quality and normal Quality Power. The simplest circuit of QCC for single-phase loads is also presented in this paper.
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Definitions of Power Quality levels and the simplest approach for unbundled Power Quality services
Ninth International Conference on Harmonics and Quality of Power. Proceedings (Cat. No.00EX441), 2000Co-Authors: Tanino Ise, Yusuke Hayashi, K. TsujiAbstract:Unbundled Power Quality service is paid much attention to under the circumstances of deregulation and diversification of needs of customers for Quality and price of electric Power. One of the features of flexible, reliable and intelligent electrical energy delivery system (FRIENDS) is the unbundled Power Quality service. It is required to define the Power Quality in order to design the hardware of Quality control center (QCC) in the FRIENDS concept, which is placed in the distribution system to supply several levels of Power Quality to customers, because there are many aspects for Power Quality. This paper shows one method to define the Quality of Power for unbundled Power Quality service, assuming to supply three levels of Power Quality such as premium Power, high Quality and normal Quality Power. The simplest circuit of QCC for single-phase loads is also presented in this paper.
Tanino Ise - One of the best experts on this subject based on the ideXlab platform.
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Definitions of Power Quality levels and the simplest approach for unbundled Power Quality services
Ninth International Conference on Harmonics and Quality of Power. Proceedings (Cat. No.00EX441), 2000Co-Authors: Tanino Ise, Yusuke HayashiAbstract:Unbundled Power Quality service is paid much attention to under the circumstances of deregulation and diversification of needs of customers for Quality and price of electric Power. One of the features of flexible, reliable and intelligent electrical energy delivery system (FRIENDS) is the unbundled Power Quality service. It is required to define the Power Quality in order to design the hardware of Quality control center (QCC) in the FRIENDS concept, which is placed in the distribution system to supply several levels of Power Quality to customers, because there are many aspects for Power Quality. This paper shows one method to define the Quality of Power for unbundled Power Quality service, assuming to supply three levels of Power Quality such as premium Power, high Quality and normal Quality Power. The simplest circuit of QCC for single-phase loads is also presented in this paper.
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Definitions of Power Quality levels and the simplest approach for unbundled Power Quality services
Ninth International Conference on Harmonics and Quality of Power. Proceedings (Cat. No.00EX441), 2000Co-Authors: Tanino Ise, Yusuke Hayashi, K. TsujiAbstract:Unbundled Power Quality service is paid much attention to under the circumstances of deregulation and diversification of needs of customers for Quality and price of electric Power. One of the features of flexible, reliable and intelligent electrical energy delivery system (FRIENDS) is the unbundled Power Quality service. It is required to define the Power Quality in order to design the hardware of Quality control center (QCC) in the FRIENDS concept, which is placed in the distribution system to supply several levels of Power Quality to customers, because there are many aspects for Power Quality. This paper shows one method to define the Quality of Power for unbundled Power Quality service, assuming to supply three levels of Power Quality such as premium Power, high Quality and normal Quality Power. The simplest circuit of QCC for single-phase loads is also presented in this paper.
Yong-june Shin - One of the best experts on this subject based on the ideXlab platform.
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Power Quality indices for transient disturbances
2006 IEEE Power Engineering Society General Meeting, 2006Co-Authors: Yong-june Shin, M. Grady, Edward J. Powers, Aristotle ArapostathisAbstract:Summary form only given. For reasonable Power Quality assessment of transient disturbances in electric Power systems, new transient Power Quality indices are developed based on a signal processing technique, time-frequency analysis. Based on the time-frequency distribution of a transient disturbance, a set of time-frequency based Power Quality indices are developed. In this paper, the instantaneous disturbance energy ratio, normalized instantaneous disturbance energy ratio, instantaneous frequency, and instantaneous K-factor are suggested for transient Power Quality assessment. Time-frequency based Power Quality indices allow one to quantify the effects of transient disturbances with high-resolution and accuracy.
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Power Quality indices for transient disturbances
IEEE Transactions on Power Delivery, 2006Co-Authors: Yong-june Shin, M. Grady, Edward J. Powers, Aristotle ArapostathisAbstract:For reasonable Power Quality assessment of transient disturbances in electric Power systems, new transient Power Quality indices are developed based on a signal processing technique, time-frequency analysis. Based on the time-frequency distribution of a transient disturbance, a set of time-frequency based Power Quality indices are developed. In this paper, the instantaneous disturbance energy ratio, normalized instantaneous disturbance energy ratio, instantaneous frequency, and instantaneous K-factor are suggested for transient Power Quality assessment. Time-frequency based Power Quality indices allow one to quantify the effects of transient disturbances with high-resolution and accuracy.
K. Tsuji - One of the best experts on this subject based on the ideXlab platform.
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Definitions of Power Quality levels and the simplest approach for unbundled Power Quality services
Ninth International Conference on Harmonics and Quality of Power. Proceedings (Cat. No.00EX441), 2000Co-Authors: Tanino Ise, Yusuke Hayashi, K. TsujiAbstract:Unbundled Power Quality service is paid much attention to under the circumstances of deregulation and diversification of needs of customers for Quality and price of electric Power. One of the features of flexible, reliable and intelligent electrical energy delivery system (FRIENDS) is the unbundled Power Quality service. It is required to define the Power Quality in order to design the hardware of Quality control center (QCC) in the FRIENDS concept, which is placed in the distribution system to supply several levels of Power Quality to customers, because there are many aspects for Power Quality. This paper shows one method to define the Quality of Power for unbundled Power Quality service, assuming to supply three levels of Power Quality such as premium Power, high Quality and normal Quality Power. The simplest circuit of QCC for single-phase loads is also presented in this paper.
