分散型エネルギーシステムの経済的な運転最適化モデルの構築と北九州学研都市におけるケーススタディ

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タイトル別名
  • ECONOMIC OPTIMIZATION MODEL FOR OPERATION OF DISTRIBUTED ENERGY SYSTEM AND CASE STUDY ON KITAKYUSHU SCIENCE AND RESEARCH PARK IN JAPAN
  • ブンサンガタ エネルギー システム ノ ケイザイテキナ ウンテン サイテキカ モデル ノ コウチク ト キタキュウシュウ ガッケン トシ ニ オケル ケース スタディ

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抄録

This paper presents a model of a distributed energy system, which was introduced in Kitakyushu Science and Research Park, in order to evaluate the energy saving and operating characteristics of the distributed generation system. We analyzed the effects of fuel price and equipment efficiency on the operation time, running cost and energy saving. The increase of electricity price and decrease of gas price will increase the attractiveness of distributed energy resource. According to the load function of the system, the energy-saving, environmental improvement will have a maximum value at its optimal operating time. Compared with heat recovery efficiency, power generation efficiency has more influence on the energy saving and CO_2 reduction when the total efficiency of system is fixed.

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