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Hiroyuki Nagoya

Hokuriku Electric Power Company (Japan)

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Publication

Featured researches published by Hiroyuki Nagoya.

Ieej Transactions on Electronics, Information and Systems | 2011

A Method for Presuming Total Output Fluctuation of Highly Penetrated Photovoltaic Generation Considering Mutual Smoothing Effect

Hiroyuki Nagoya; Shintaro Komami; Kazuhiko Ogimoto

Performance Evaluation | 2010

A Method for Predicting Total Short-Term Output Fluctuation of Highly Penetrated Photovoltaic Generation Considering Mutual Smoothing Effect

Hiroyuki Nagoya; Yoshio Yamagishi; Norikazu Kanao; Shintaro Komami

Ieej Transactions on Power and Energy | 2012

A Method for Load Frequency Control using Battery in Power System with Highly Penetrated Photovoltaic Generation

Hiroyuki Nagoya; Shintaro Komami; Kazuhiko Ogimoto

Ieej Transactions on Electronics, Information and Systems | 2011

Estimation of Photovoltaic Generation Output Fluctuation Considering Reduction of Smoothing Effect by Uneven Distribution

Yoshio Yamagishi; Hiroyuki Nagoya; Shintaro Komami; Yasumasa Fujii

Ieej Transactions on Power and Energy | 2013

A Study on a Method for Presuming Total Output Fluctuation of Highly Penetrated Photovoltaic Generation Considering Mutual Smoothing Effect in a Narrow Area like Distribution Line Level

Hiroyuki Nagoya; Mitsuumi Hosokawa; Masaaki Ishimaru; Shintaro Komami; Kazuhiko Ogimoto

Ieej Transactions on Power and Energy | 2013

A Study on Irradiance Forecast Accuracy on Numerous Points Correspond to Highly Penetrated PVs using Numerical Weather Prediction Data by Japan Meteorological Agency

Hiroyuki Nagoya; Kensuke Saji; Isao Aoki; Ryoichi Tanikawa; Shintaro Komami; Kazuhiko Ogimoto; Yumiko Iwafune

Electrical Engineering in Japan | 2015

Accuracy of Irradiance Forecasts Using JMA Numerical Weather Prediction Data at Numerous Points Corresponding to a High Degree of PV Penetration

Hiroyuki Nagoya; Kensuke Saji; Isao Aoki; Ryoichi Tanikawa; Shintaro Komami; Kazuhiko Ogimoto; Yumiko Iwafune

Ieej Transactions on Power and Energy | 2014

A Study for Impact of Parameter Identification on Presumed Total Output of Highly Penetrated Photovoltaic Generation Fluctuation Considering Mutual Smoothing Effect

Hiroyuki Nagoya; Shintaro Komami; Kazuhiko Ogimoto; Yumiko Iwafune

Electrical Engineering in Japan | 2013

A method for load frequency control using battery in power system with highly penetrated photovoltaic generation

Hiroyuki Nagoya; Shintaro Komami; Kazuhiko Ogimoto

Ieej Transactions on Power and Energy | 2010

Parameter identification on induction motor load using measured data

Hiroyuki Nagoya; Shintaro Komami

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Kazuhiko Ogimoto

University of Tokyo

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Yumiko Iwafune

University of Tokyo

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Yasumasa Fujii

University of Tokyo

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