The following information was submitted:
Transactions: WSEAS TRANSACTIONS ON CIRCUITS AND SYSTEMS
Transactions ID Number: 31-430
Full Name: Ramesh Pachar
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Age: ON
Sex: Male
Address: Reader,SKITMG,Jaipur
Country: INDIA
Tel: 2759609
Tel prefix: 0091-0141
Fax:
E-mail address: rameshpachar@rediff.com
Other E-mails: hodee@mail.skit.ac.in
Title of the Paper: Performance Analysis of High Speed Power Quality Disturbance Recognition Scheme for Static Transfer Switch Application
Authors as they appear in the Paper: Ramesh Pachar, Harpal Tiwari, Ramesh Bansal
Email addresses of all the authors: rameshpachar@rediff.com,harpaltiwari@yahoo.co.in,rcbansal@hotmail.com
Number of paper pages: 11
Abstract: ......this is extended version of paper presented at WSEAS conf on circuits and systems in crete greece in july,2008.due to delayed registration it will be published in upcomming conference(as told by wseas authorities also it has recieved journal publication as per mails of wseas authorities Title of the conference paper,static tranafer switch: performance evaluation of detection scheme paper ID number: 591-372........... ..........abstract of extended paper starts here.......... The static Transfer Switch (STS) is a network reconfiguring device and is used for power quality improvement of sensitive loads. It selects, at high speeds, between two or more sources of power and provides the best available power to the sensitive load. This paper presents fundamentals of solid state STS with a detailed emphasis on power quality disturbance recognition scheme, as it is responsible for fast and accurate detection of disturbances, thereby ensuring healthy transfer of loa!
d to an alternate source. Extensive simulations are carried out for investigating the performance of rather commonly employed detection scheme. The behavior of detection scheme is analyzed against various types of disturbance scenarios including system transients.
Keywords: - Power Quality, Static transfer switch, Detection scheme, Transfer time, Sensitive loads, Custom power devices.
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