The following information was submitted:
Transactions: INTERNATIONAL JOURNAL of CIRCUITS, SYSTEMS and SIGNAL PROCESSING
Transactions ID Number: 20-685
Full Name: Maryam Sadeghi
Position: Researcher
Age: ON
Sex: Female
Address: #175 , Molasadra Building , Kharazmi St. , Molasadra St. , Tehran , Iran, , Post Code : 1435913311
Country: IRAN
Tel: 88602641
Tel prefix: 0098-21
Fax: 88602641
E-mail address: m.sadeghi@nrc-co.com
Other E-mails: m.gholami@nrc-co.com
Title of the Paper: a novel distribution automation involving intelligent electronic devices as IUT
Authors as they appear in the Paper: M. Sadeghi, M. Gholami
Email addresses of all the authors: m.sadeghi@nrc-co.com, m.gholami@nrc-co.com
Number of paper pages: 8
Abstract: A Novel Distribution Automation is the bonnie state of art, comprising the new architecture based on the flexible electrical network of component together with an open communication structure debate the Future Distribution Automation System. Intelligent Universal Transformer (IUT) comprises from power electronic base equipment in addition with traditional current transformer introducing as an Intelligent Equipment Devices (IED) for Advanced Distribution Automation (ADA) in forthcoming future. In contrast to ordinary transformer, IUT has full control compatibility as it has been considered for intelligent device. In this regards Fuzzy Logic Control (FLC) is an advanced method based on fuzzy logic concept (first issued by Lotfy Zadeh) emphasizes on fuzzy algorithms which are formulated by linguistically rules, employing expert knowledge. Model free system, nonlinearity, robustness and flexibility under parameter variations are the benefit advantages resulting from t!
he fuzzy logic controllers. In this approach four layers IUT topology with the diverse services like DC voltage option, 400 HZ utility for communication, 120 and 240 V AC 60 HZ together with fuzzy logic controller have been considered for evolving the stability, reducing the uncertainty and enhancing the efficiency of whole system. Fuzzy logic control schemes are proposed for employing current source controllers in IGBT inverters at input stage and DC voltage control source in output stage. Real time voltage regulation, automatic sag correction, three-phase power from a single phase line, Harmonic Filtering, Flicker mitigation, options for energy storage , dynamic system monitoring and robustness under load disturbances are the resulting benefits contributed from IUT four layers topology and fuzzy logic controllers .
Keywords: Fuzzy Logic Controller, Intelligent Universal Transformer, Advanced Distribution Automation, Indigent Electronic Device , Distribution Automation system, Fuzzy logic Controller
EXTENSION of the file: .pdf
Special (Invited) Session: Advanced Control Methodology for Intelligent Universal Transformers based on Fuzzy Logic Controllers
Organizer of the Session: 662-118
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