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

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  • Nagoya Hiroyuki
    Engineering Resaerch & Development Center, Hokuriku Electric Power Company
  • Komami Shintaro
    Engineering Resaerch & Development Center, Hokuriku Electric Power Company
  • Ogimoto Kazuhiko
    Institute of Indusrtrial Science, Collaborative Research Center for Energy Engineering, The University of Tokyo
  • Iwafune Yumiko
    Institute of Indusrtrial Science, Collaborative Research Center for Energy Engineering, The University of Tokyo

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  • ならし効果を考慮した出力変動想定手法におけるパラメータが太陽光発電大量導入時の想定結果に与える影響に関する一検討
  • ナラシ コウカ オ コウリョ シタ シュツリョク ヘンドウ ソウテイ シュホウ ニ オケル パラメータ ガ タイヨウコウ ハツデン タイリョウ ドウニュウジ ノ ソウテイ ケッカ ニ アタエル エイキョウ ニ カンスル イチ ケントウ

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Abstract

In a future power system, it is very important to evaluate phenomenon called mutual smoothing effect, because cost of countermeasures to mitigate impact of highly penetrated PVs' fluctuation will depend on the effect. In the previous work, the authors developed a method called “Transfer Hypothesis” for presuming total output fluctuation of highly penetrated PVs considering mutual smoothing effect based on analyses of measured irradiance data in the spring time. In the method, parameter called “Transfer Swing Period” which is identified from measured irradiance data is important to represent smoothing effect. Therefore, if the transfer swing period has some trends depending on season, month or fluctuation condition, presumption results could be affected by how to select the transfer swing period. This paper shows a study on impact of the parameter (transfer swing periods) selection on presumed total output fluctuation of highly penetrated PVs and consideration for a future power system.

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