Search Results - "Chida, Takuji"

Analysis of Hourly Demand Data before and after the 2011 Tohoku Earthquake by Chida, Takuji, Saitoh, Hiroumi, Toyoda, Junichi

“…SUMMARY On March 11, 2011, the power system suffered heavy damage from the huge earthquake and tsunami in the Tohoku region. This paper describes the change of…”
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Probabilistic Approach for Evaluating the Capacity Value of Intermittent Generation by Chida, Takuji, Saitoh, Hiroumi, Toyoda, Junichi

“…SUMMARY Several approaches have been proposed for evaluating the capacity value of intermittent generation. In this paper, we assume that the uncertainty…”
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Stabilization of a large-capacity, long-distance transmission system by a combination of a system damping resistor and an adjustable speed flywheel generator by Chida, Takuji, Tsukada, Eiichi, Goto, Ken, Sanekata, Jun, Amano, Masahiko, Makino, Junichi

“…A system damping resistor (SDR), which is a type of stabilizing equipment, is especially effective in decelerating the first synchronous generators'…”
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Estimating mean life of an aged power equipment group with operation data sequence by Toyoda, Junichi, Sakamoto, Kunio, Chida, Takuji

“…This paper proposes a systematic method of estimating the mean life of an aged power equipment group based on the approach of Dr. W. Li of BCTC, Canada (IEEE…”
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Development of detailed and averaged models of large-scale PV power generation systems for electromagnetic transient simulations under grid faults by Yonezawa, Rikido, Noda, Taku, Fukushima, Kentaro, Nakajima, Tatsuhito, Sekiba, Yoichi, Utsunomiya, Koji, Ito, Eiichi, Misawa, Kazuhiro, Chida, Takuji, Yamaguchi, Norikazu, Takeuchi, Yoshihito

“…For accurate fault simulations of power systems with large-scale PV power generation systems, electromagnetic transient simulations which take into account…”
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Quantitative evaluation of generator power control effect of FACTS controllers for power system stabilization by Hojo, Masahide, Mitani, Yasunori, Ise, Toshifumi, Tsuji, Kiichiro

“…The advancement of power electronics technologies has significantly developed the power system stabilizing controllers. Quantitative as well as qualitative…”
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Simulation study of unified power flow controller by Chida, Takuji, Sato, Yoshihiko, Sugawara, Jun, Morikawa, Ryuuichi, Tamura, Yoshiaki, Irokawa, Shoichi

“…The increasing complexity of ac power networks requires a high‐performance power flow control system in order to obtain the desired power flow and enhance…”
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