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Cooperative Control Method for Voltage Control Equipment Considering Interconnection of Distributed Generators Shigenori Naka, Takamu Genji, and Toshiki Yura, Shinichi Takayama, Naoki Hayashi, Hirokazu Tokuda, and Yoshik
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Document Date: 2006-01-19 09:37:05


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City

Hino-city / Tokyo / Aichi / Amagasaki-city / Okayama / /

Company

Electric Distribution Networks / Fuji Electric Co. / Kansai Electric Power Co. Inc / Japan Fuji Electric Co. / /

Country

Japan / /

Facility

Tokyo Institute of Technology / Technical Research Center / Hosei University / Cornell University / /

IndustryTerm

voltage compensating equipment / parallel voltage compensating equipment / equipment applying power electronics technology / power electronics applications / voltage comp ensating equipment / electronics engineering / target distribution systems / series-parallel voltage compensating equipment / series voltage compensating equipment / voltage compensating equipment applying power electronics technology / control equipment / neural network / voltage compensation equipment / voltage control equipment / existed voltage control equipment / techniques applications / power systems / installed voltage control equipment / /

Organization

IEE of Japan / Waseda university / Tokyo / Tokyo Institute of Technology / Tokyo / Okayama university / IEEE / Technical Research Center / Cornell University / Niigata university / Nagoya institute of technology / Hosei University / Tokyo / Kyoto university / Kyoto / /

Person

Generators Shigenori Naka / YOSHIKAZU FUKUYAMA / Naoki Hayashi / Hirokazu Tokuda / Toshiki Yura / Takamu Genji / Shinichi Takayama / /

Position

visiting scientist / unified power flow controller / member / /

Technology

expert system / compensating equipment applying power electronics technology / neural network / voltage compensating equipment applying power electronics technology / Simulation / /

SocialTag