Voltage Fluctuation Issue on Distribution System at Time of Demand Response and Cooperating Voltage Control Method between Battery Energy Storage System and SVR

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  • Yoshinaga Jun
    Dept of Electrical Engineering and Bioscience, Graduate School of Advanced Science and Engineering, Waseda University Japan Science and Technology Agency CREST
  • Akagi Satoru
    Dept of Advanced Science and Engineering, Graduate School of Advanced Science and Engineering, Waseda University Japan Science and Technology Agency CREST
  • Ito Masakazu
    Dept of Electrical Engineering and Bioscience, Graduate School of Advanced Science and Engineering, Waseda University Japan Science and Technology Agency CREST
  • Hayashi Yasuhiro
    Dept of Electrical Engineering and Bioscience, Graduate School of Advanced Science and Engineering, Waseda University Japan Science and Technology Agency CREST
  • Ishibashi Kazunari
    Distribution Engineering Group, Distribution Department, Power Grid Company, Tokyo Electric Power Company
  • Takahasi Naoyuki
    Dept of Electrical Engineering and Bioscience, Graduate School of Advanced Science and Engineering, Waseda University Japan Science and Technology Agency CREST

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Other Title
  • デマンドレスポンス発動時の配電系統電圧変動問題と蓄電池とSVRの協調電圧制御手法
  • デマンドレスポンス ハツドウジ ノ ハイデン ケイトウ デンアツ ヘンドウ モンダイ ト チクデンチ ト SVR ノ キョウチョウ デンアツ セイギョ シュホウ

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Description

Demand response can achieve peak-cut and peak-shift of the electric demand by delivering the load restraint of customers, based on Demand Response (DR) signal sent by an electric power company. However, the demand response restrains the load amount of many consumers simultaneously, so the voltage of the whole distribution system is greatly fluctuated depending on the distribution form such as line length, amount of load restraint, etc. Therefore, we propose the voltage control methods which can avoid voltage deviation in consideration of a time constant of demand response. Furthermore, we propose the BESS cooperating voltage control methods with LRT, SVR and verify the effectiveness using experiment of distribution system simulator.

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