Funabashi Toshihisa | Meidensha Corp.

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関連著者

• Funabashi Toshihisa

  Meidensha Corporation

• Funabashi Toshihisa

  Meidensha Corp.

• Funabashi T

  Meidensha Corporation

• Senjyu Tomonobu

  Department Of Electrical And Electronics Engineering University Of The Ryukyus

• Senjyu Tomonobu

  Electrical And Electronics Engineering University Of The Ryukyus

• SENJYU Tomonobu

  University of the Ryukyus

• YONA Atsushi

  Department of Electrical and Electronics Engineering, University of the Ryukyus

• Yona Atsushi

  Department Of Electrical And Electronics Engineering University Of The Ryukyus

• YONA Atsushi

  University of the Ryukyus

• Ueda Toshiaki

  Chubu Electric Power Co. Inc.

• OKUNO Yoshimichi

  Meidensha Corporation

• Datta Manoj

  Department Of Electrical And Electronics Engineering University Of The Ryukyus

• URASAKI Naomitsu

  Faculty of Engineering, University of the Ryukyus

• Chakraborty Shantanu

  Faculty Of Engineering University Of The Ryukyus

• Urasaki Naomitsu

  Faculty Of Engineering University Of The Ryukyus

• Ametani Akihiro

  Doshisha Univ. Kyoto

• Ametani Akihiro

  Power System Analysis Lab. Doshish Univ.

• Yasuda Yoh

  Kansai University

• Urasaki Naomitsu

  Department Of Electrical And Electronics Engineering University Of The Ryukyus

• SUGIMOTO Toshirou

  Japan AE Power Systems Corporation

• Ametani Akihiro

  Doshisha Univ.

• Yasuda Yoh

  Kansai Univ.

• FUJITA Goro

  Shibaura Institute of technology

• CHAKRABORTY Shantanu

  University of the Ryukyus

• HAYASHI Takanori

  Meidensha Corporation

• Fujita Goro

  Power System Lab. Shibaura Institute Of Technology

• URASAKI Naomitsu

  University of the Ryukyus

• TOYAMA Hirofumi

  University of the Ryukyus

• Omine Eitaro

  University Of The Ryukyus

• SEKINE Hideomi

  University of the Ryukyus

• SUGIMOTO Toshirou

  Meidensha Corporation

• Yokoyama Ryuichi

  Waseda University

• Koyanagi Kaoru

  Waseda University

• Nomura Masakatsu

  Meidensha Corporation

• KAEWNIYOMPANIT Songpakit

  Osaka University

• SUGIHARA Hideharu

  Osaka University

• TSUJI Kiichiro

  Osaka University

• OTOGURO Hitomi

  Meidensha Corporation

• KOYANAGI Kaoru

  TEPCO Systems Corporation

• Koyanagi K

  Waseda University

• DATTA Manoj

  University of the Ryukyus

• KIM Chul-Hwan

  Sungkyunkwan University

• Yokoyama Ryuichi

  Waseda University Graduate School Of Environment And Energy Engineering

• Yokoyama Ryuichi

  Graduate School Of Environment Energy Engineering Waseda University

• ITO Takamitsu

  Meidensha Corporation

• HAYASHI Daisuke

  University of the Ryukyus

• Yokoyama R

  Waseda University

• Yokoyama Ryuichi

  Waseda Univ.

• Saber Ahmed

  Electrical And Computer Engineering Department Missouri University Of Science & Technology

• YOKOYAMA Shigeru

  Central Research Institute of Electric Power Industry (CRIEPI)

• Tuyen Nguyen

  Power System Lab., Shibaura Institute of Technology

• Fujita Goro

  Power System Lab., Shibaura Institute of Technology

• TANAKA Kenichi

  Department of Physics, School of Medicine, Sapporo Medical University

• AREEKUL Phatchakorn

  University of the Ryukyus

• Muhando Endusa

  Electrical And Electronics Engineering University Of The Ryukyus

• Uezato Katsumi

  Univ. Ryukyus Okinawa Jpn

• TANABE Takayuki

  Meidensha Corporation

• MARTINEZ Juan

  Universitat Politecnica de Catalunya

• PUTRUS Ghanim

  University of Northumbria at Newcastle

• Tuyen Nguyen

  Power System Lab. Shibaura Institute Of Technology

• Uezato Katsumi

  University Of The Ryukyus

• Kawasaki Shoji

  Graduate School Of Electrical And Electronics Engineering University Of Fukui

• Mandal Paras

  University Of The Ryukyus

• Areekul Phatchakorn

  Faculty Of Engineering University Of The Ryukyus

• Senjyu Tomonobu

  Faculty Of Engineering University Of The Ryukyus

• YONA Atsushi

  Faculty of Engineering, University of the Ryukyus

• Yokoyama Shigeru

  Central Res. Inst. Of Electric Power Ind.

• Ametani Akihiro

  Doshisha University

• OMINE Eitaro

  Electrical and Electronics Engineering, University of the Ryukyus

• KINJO Hiroshi

  Mechanical Systems Engineering, University of the Ryukyus

• Hayashi Yasuhiro

  Graduate School Of Electrical And Electronics Engineering University Of Fukui

• Watanabe Hideto

  Meidensha Corporation

• MOTOYAMA Hideki

  Central Research Institute of Electric Power Industry (CRIEPI)

• Motoyama Hideki

  Central Research Institute Of Electric Power Industry

• Kinjo Hiroshi

  Mechanical Systems Engineering University Of The Ryukyus

• Nagaoka Naoto

  Doshisha University

• Koyanagi Kaoru

  Waseda Univ.

• SABER Ahmed

  Electrical and Computer Engineering Department, Missouri University of Science & Technology

• TOMA Shohei

  Department of Electrical and Electronics Engineering, University of the Ryukyus

• URASAKI Naomitsu

  Department of Electrical and Electronics Engineering, University of the Ryukyus

• HAYASHI Yasuhiro

  University of Fukui

• KAWASAKI Shoji

  University of Fukui

• MATSUKI Junya

  University of Fukui

• SABER Ahmed

  University of the Ryukyus

• MIYAGI Tsukasa

  University of the Ryukyus

• KINJO Tatsuto

  University of the Ryukyus

• Toma Shohei

  Department Of Electrical And Electronics Engineering University Of The Ryukyus

• Kondo Yusuke

  Nagoya University

• NAGATA Takeshi

  Hiroshima Insitute of Technology

• Kato Takeyoshi

  Nagoya University

• MATSUKI Junya

  Graduate School of Electrical and Electronics Engineering, University of Fukui

• Suzuoki Yasuo

  Nagoya University

• HARA Takehisa

  Kansai University

• OKAMOTO Hiroshi

  Shonan Institute of Technology

• SEKIOKA Shozo

  Shonan Institute of Technology

• EBINUMA Yasumitsu

  Shonan Institute of Technology

• YAMAMOTO Kazuo

  Kobe City College of Technology

• Matsuki Junya

  Graduate School Of Electrical And Electronics Engineering University Of Fukui

• Nagaoka Naoto

  Doshisha Univ. Kyoto

• Tanaka Kenichi

  Department Of Physics School Of Medicine Sapporo Medical University

• Nagata Takeshi

  Hiroshima Institute Of Technology

• Sekioka Shozo

  Faculty Of Engineering Shonan Institute Of Technology

• UTATANI Masahiro

  Hiroshima Kokusai Gakuin University

• Yokoyama Shigeru

  Central Res. Inst. Electric Power Ind. Kanagawa‐ken

• Tanaka Kenichi

  Department Of Electronic And Bioinformatics School Of Science Technology Meiji University

• Yokoyama Shigeru

  Electric Power Engineering Research Lab Criepi

• Tanaka Kenichi

  Department Of Anesthesiology Emory University School Of Medicine

• Tanaka Kenichi

  Department Of Electrical And Electronics Engineering University Of The Ryukyus

• Yamamoto Kazuo

  Department Of Electrical Engineering Kobe City College Of Technology

• Motoyama Hideki

  Central Res. Inst. Electric Power Ind.

• RIZQIAWAN Arwindra

  Shibaura Institute of Technology

• 千住 智信

  Department of Electrical and Electronics Engineering, University of the Ryukyus

• 與那 篤史

  Department of Electrical and Electronics Engineering, University of the Ryukyus

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著作論文

• A fuzzy based coordinated control method for isolated power utility connected multiple PV systems to reduce frequency deviations (特集 分散電源と需給運用制御技術)
• Using Simulink Simulation to Evaluate Load Following Characteristics of SOFC Generator with Heat Exchanger Considering Heat Balance
• A Study on Maximum Potential of PV Installation Considering Bus Voltage Constraints : An Impact of Pre-specified PV Installation on the Maximum Potential
• An Effect of Fault Current Limiter to Distributed Generator Shaft Torque Increase under Voltage Sag
• A Neural Network Approach to Several-Hours-Ahead Load Forecasting
• Next-Day Peak Electricity Price Forecasting Using NN Based on Rough Sets Theory
• Impact on the Power Utility with a Large Penetration of Megawatt Photovoltaic Power
• Frequency Regulations by PV Generator using Fuzzy Reasoning
• Model Development for Nonlinear Dynamic Energy Conversion System : An Advanced Intelligent Control Paradigm for Optimality and Reliability
• Activitivities of Japanese EMTP Committee (JEC) and EMTP Development Coordination Group Project (EMTP-DCG Project) : Advanced Technologies for Electric Power System Analysis
• A Study on Arrangement of Transmission Line Arresters by a Multiple Flashover Analysis
• Optimal Thermal Unit Commitment Integrated with Renewable Energy Sources Using Advanced Particle Swarm Optimization
• Optimal Control of Voltage in Distribution Systems by Voltage Reference Management
• Thermal Generation Scheduling Strategy Using Binary Advanced Particle Swarm Optimization Algorithm
• Optimal Thermal Generation Scheduling Using Hourly Decomposed Unit Commitment by Particle Swarm Optimization and Multi-stage Dynamic Programming
• Maximum Potential of PV Installation based on an Energy System Planning Model Considering a Distribution Voltage Constraint
• Very Short-Term Generating Power Forecasting for Wind Power Generator Based on Time Series Analysis
• Application of Decentralized Control for Remote Power System Stabilization by Installing Renewable Energy Power Plant
• Application of Decentralized Control for Remote Power System Stabilization by Installing Renewable Energy Power Plant
• Determination Method of Optimal Operation Schedule for Power and Heat Interchange System using Fuel Cells in Collective Housing
• Unit Commitment by Adaptive Particle Swarm Optimization (特集:平成18年〔電気学会〕電力・エネルギー部門大会)
• Adaptive Dead-Time Compensation of Voltage Source Inverter for Variable Speed Drives
• A Study on Measure for Communicationg Information on Battery State of Charge in Autonomous Distributed Control Scheme of Emergency Microgrid
• Estimation of Optimal Battery Capacity for a Wind Farm using Real Wind Condition Data
• Surge Analysis on Wind Power Generation with Grid-Interactive Inverter
• A Study on Relationship between Grounding of Wind Turbines and Surge Propagation in Wind Farm
• Energy Absorption of Distribution Line Arresters due to Lightning Back Flow Current and Ground Potential Rise for Lightning Hit to Wind Turbine Generator System
• A Study on Overvoltages at Generator Terminals
• A Transfer Voltage Simulation Method for Generator Step Up Transformers
• A Study on Countermeasure against Transformer Transfer Voltage at a Hydroelectric Power Plant
• A Study on Frequency Characteristics of a Generator Model for Transformer Transfer Voltage Simulations
• Influence of Magnetizing Resistance of the Transformer Model on the Transformer Transfer Voltage Peak
• An Autonomous Agent for Microgrid Operation
• Frequency Control of Photovoltaic-Diesel Hybrid System Connecting to Isolated Power Utility by Using Load Estimator and Energy Storage System
• Effects of Virtual Resistor in Power Electronic Converter on Subsynchronous Oscillation Damping

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