業務用空調機消費電力制御による短周期電力変動補償のマイクログリッドにおける実証試験

スポンサーリンク

概要

• 論文の詳細を見る

• In this paper, the use of heat pump air-conditioning system (HPACS) for power fluctuation compensation is focused. Verification experiments have been carried out using a model microgrid system with gas engine, battery energy storage system (BESS), HPACS, photovoltaic cells, and loads. The BESS's necessary energy capacity for power fluctuation compensation and the microgrid system's ability to suppress power fluctuation is analysed by use of experimental results. It is clarified from the analysis that control of HPACS is effective for reduction of BESS's necessary energy capacity without deterioration of microgrid's ability to suppress power fluctuation. Furthermore, the temperature of the rooms that use the HPACS is calculated by a room temperature calculation model. The results show that the temperature fluctuation caused by control of HPACS is negligible small.

著者

• 馬場 旬平

  The University of Tokyo

• 河内 駿介

  JSPS, The University of Tokyo

• 古川 慧

  Institute of Technology, Shimizu Corporation

• 下田 英介

  Institute of Technology, Shimizu Corporation

関連論文

• 業務用空調機消費電力制御による短周期電力変動補償のマイクログリッドにおける実証試験

スポンサーリンク