Development of Design Methods of New HVAC Systems

新型暖通空调系统设计方法的发展

• 批准号: 13555162
• 负责人: ISHINO Hisaya
• 金额: $ 8.83万
• 依托单位: Tokyo Metropolitan University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B)
• 财政年份: 2001
• 资助国家: 日本
• 起止时间: 2001 至 2002
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-13555162/
• 关键词: New Air Conditioning System; building thermal mass storage system; design of window systems; design method of energy conservation; earth tube; operation method of HVAC systems; 空調実測; 空調システム; エアフローウィンドウ; プッシュプルウィンドウ; 躯体蓄熱; 放射冷暖房; 室内熱環境

This study examines evaluation methods or calculation methods for the design of a wide variety of new HVAC systems in order to confirm space thermal comfort and energy conservation.1. A estimation method of the expected retrieved energy due to the operation of building thermal mass storage systems was propose for HVAC system design.2. New cooling systems using the ceiling integrated with cooling coils or cooling panels were proposed and quantified the system cooling performances and the effects on the thermal environment.3. A new task-ambient air-conditioning with task units that provides isothermal airflow was proposed and examined the effects on the human thermal comfort.4. A simplified evaluation method of window side radiant environment for the design of window systems in glass buildings and the values of thermal performances for various windows were presented.5. A evaluation method of natural ventilation systems considering moisture absorption/desorption was proposed. And a design method of earth tube was proposed.6. Optimal operation methods of HVAC systems and their effects were examined.7. A integrate assessment method for planning of energy conservation buildings was proposed.

本研究探讨各种新的暖通空调系统的设计评估方法或计算方法，以确认空间热舒适性和节能。提出了一种适用于暖通空调系统设计的建筑蓄热系统预期回收能量的估算方法.提出了一种新的冷却系统，该系统采用吊顶与冷却盘管或冷却板相结合的方式，并量化了系统的冷却性能和对热环境的影响.提出了一种新的任务--具有恒温气流的任务单元环境空调，并研究了其对人体热舒适性的影响.提出了玻璃建筑窗系统设计中窗侧辐射环境的简化评价方法，并给出了各种窗的热工性能值.提出了一种考虑吸放湿的自然通风系统评价方法。提出了接地管的设计方法.研究了空调系统的优化运行方法及其效果.提出了一种节能建筑规划的综合评价方法。

项目成果

石野久彌, 小川朋子 他: "Research on the Characteristics of Design Weather Data Derived from 15 Years of Thermal Load Simulations"Tyndall/CIB International Conference on climate change. 1-8 (2002)

Hisaya Ishino、Tomoko Okawa 等人：“15 年热负荷模拟得出的设计天气数据特征的研究”Tyndall/CIB 国际气候变化会议 (2002)。

Masahide YANAGI, Shisei WARAGAI and Hisaya ISHINO: "Economic Feasibility Study on Cogeneration Systems by Using Optimal Design Method --Effects of Energy Charge on Plan of Cogeneration Systems--"Technical Papers of Annual Meeting of IBPSA-Japan/2002. (Jun

Masahide YANAGI、Shisei WARAGAI和Hisaya ISHINO：“利用优化设计方法进行热电联产系统的经济可行性研究——能源费用对热电联产系统规划的影响——”IBPSA-Japan/2002年会技术论文。

古川, 郡: "ペリメータレス空調に必要な窓の熱性能に関する研究"日本建学学会大会学術梗概集 D-2. 237-238 (2001)

Furukawa, Kori：“无边界空调所需窗户的热性能研究”日本建筑工程师学会学术论文 D-2 (2001)。

Hisaya Ishino: "A Proposal for an Estimation Method of Thermal Load and Space Radiant Environment for HVAC System Design"Building Simulation IBPSA Conference. 7. 1001-1008 (2001)

Hisaya Ishino：“A Proposal for an Estimation Method of Thermal Load and Space Radiant Environmental for HVAC System Design”建筑模拟 IBPSA 会议。

郡公子, 石野久彌: "Evaluation of Space Thermal Comfort and Load on HVAC Equipment during Extreme Weather Days"JAABE. Vol.1,No.2. 57-64 (2002)

Kimiko Gun，Hisaya Ishino：“极端天气期间 HVAC 设备的空间热舒适度和负载评估”JAABE，第 1 卷，第 57-64 期（2002 年）。