脱炭素エネルギー先導人材育成フェローシップ 2022年度
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wolleオフィス等のエネルギーシミュレーションにおいて、人の行動は画一的に扱われており、在室している時間帯や人数だけを入力することが一般的です。しかし、在室者あるいはそこに入居している企業全体の省エネルギー意識が異なれば、当然エネルギー消費量自体も変わってくると予想されます。省エネルギー意識の差がエネルギー消費量にどのように影響するのかを紐解き、シミュレーションに反映できるようにするのが本研究の目的です。本研究により、意識の違いによるエネルギー消費量の差を定量化し、意識向上の重要性を示していきます。22Q-Energy Innovator FellowshipQingyiHE人間環境学府空間システム専攻博士後期課程1年人間環境学研究院 教授In Japan and other countries abroad are accelerating their ef-forts in various fields toward carbon neutrality, which is the goal of achieving net-zero greenhouse gas (GHG) emissions by 2050 as a measure against climate change caused by global warming. The residential and building sector accounts for 35% of final energy consumption and 38% of CO2 emissions. The impact of human be-havior on building energy consumption is also very important to achieve energy conservation and decarbonization of buildings.Although there are already many means to induce energy-sav-ing behavior, but without changes in people’s awareness, inducing behavior may only be effective in the short term. Considering the long-term decarbonization perspective, changing people’s envi-ronmental awareness may be able to fundamentally solve the prob-lem of people’s wasteful energy consumption. Previous studies have concluded that there is a correlation between human envi-ronmental awareness and energy use behavior. In order to investi-gate more deeply the relationship between human environmental awareness and energy-efficient behaviors, and to explore their ef-fects on building energy consumption, The purpose of this study is to develop a tool which is used to model the effects of human environmental awareness and behavior changes on office building energy consumption. The study will first create a mathematical model of the rela-tionship between human environmental awareness and behavior through questionnaires and validation experiments, and the ques-tionnaire recipients were classified and regression analyzed. By regression analysis of the questionnaire results, the studies so far have concluded that there is a positive relationship between human energy saving behavior and environmental awareness. Then, dif-ferent people will be set up with different means to raise their envi-ronmental awareness and induce energy-saving behavior. Based on this, human behavior will be modeled through agent-based model and combined with simulations of energy consumption. Finally, a simulation tool will be developed to analyze the impact of human awareness and behavior on energy consumption.With the advent of the information age, buildings are becom-ing more sophisticated and intelligent. Human behavior also has an impact on intelligent buildings that cannot be ignored. Therefore, research on human behavior and awareness, using digital technol-ogy, can significantly change human energy use habits and promote the decarbonization of buildings in the age of smart buildings.指導教員からメッセージPhoto taken at the Sustainable Design Camp, at Kyushu University住吉 大輔Reduce building energy consumption and sim-ulate building energy consumption by study-ing human environmental awareness.Development of a building energy simulation tool based on analysis of the relationship between human energy conservation awareness and energy conservation behavior何 清怡17f

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