Generation of Time Series of Spatially Averaged Solar Radiation in 10 km Square Area based on Solar Radiation at Single Location and Evaluation by Occurrence Frequency of Fluctuation Range

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  • 単地点での日射量時系列に基づく10km四方内の空間平均日射量時系列の生成および変動幅出現頻度による評価
  • タンチテン デ ノ ニッシャリョウ ジケイレツ ニ モトズク 10km シホウ ナイ ノ クウカン ヘイキン ニッシャリョウ ジケイレツ ノ セイセイ オヨビ ヘンドウハバ シュツゲン ヒンド ニ ヨル ヒョウカ

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Abstract

Currently, the installed capacity of photovoltaic generations (PV) is rapidly growing from perspective of environment and energy security. However, unstable and unpredictable generated power variation from PV disturbs balance of total generated power and demand power across a power system, and as a result, deterioration in frequency control of a power system would be concerned. Therefore, magnitude of generated power variation of penetrated PV should be estimated to evaluate those deterioration before penetration of PVs. In this paper, as the basic study, we develops a method to generate the time series of spatially averaged solar radiation in 10km by applying low pass filter which is designed to represent smoothing effect.

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