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Study on annual cycle energy system with natural and un-utilized energy

Study on annual cycle energy system with natural and un-utilized energy
自然能源和未利用能源的年度循环能源系统研究
批准号:
09650646
负责人:
SAITO Teruyuki
金额:
$1.98万
依托单位:
依托单位国家:
日本
项目类别:
Grant-in-Aid for Scientific Research (C)
财政年份:
1997
资助国家:
日本
项目状态:
已结题
起止时间:
1997 至 1999

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中文摘要
翻译
最近的环境问题是如此的全球变暖,通过增加CO-D22-D2的排放增加了能源消耗的运营到建筑物的总消费继续增长,因此,优化能源使用的建筑物是对实现全球环境的重要性。在建筑物和最小化能源消耗的同时实现优化环境的同时,保持环境在建筑物和最小化能源消耗中的优化。对性能功能的最佳设计和控制被确定为这两个反要求是必要的。在这项研究中,使用未使用和自然能源的年度周期能源系统已被提议和调查。在这个系统温暖/凉爽的浪费热量从加热/冷却和DHW系统已经储存和恢复,在季节可以使用。首先,这一概念被应用于安装房屋的加热/冷却和DHW,并对该系统的有效性进行了测试(第1章),第二次应用于年度循环能源系统 ... More 地区供暖/冷却和DHW系统继续运行。模拟了几种系统,如传统系统安装电动驱动涡轮冷却器和燃气燃烧锅炉,使用河流水的系统如热源/热泵、年度循环能量系统等。并与每个系统的性能进行比较,年度循环能源系统的有效性已得到核实(第二章)然后我们又回到了考虑这个研究主题的关键词,并开始了对系统利用工业废物的研究。由工业废物热驱动的热源设备驱动的地区热/冷系统的性能。由热力源设备驱动的工业废物热量的再开发区域的局部加热/冷却系统的性能在第3章中被讨论。从这些调查中获得了大量的知识,可以利用自然和未利用的能源,包括关于控制这些能源来源的最佳混合物的信息。Less(低)
英文摘要
Recently the environmental issues such as global warming by increase of COィイD22ィエD2 emission with increase of energy consumption for operating building to the total consumption continues to grow, therefore optimization of energy use for building operation is becoming important to preserve global environment.To achieve the optimization while maintaining environment in building and minimizing energy consumption, optimal design and control of which performance function is established considering these two antithetical requirements are essential. In this study the annual cycle energy system using un-utilized and natural energies was proposed and investigated. In this system warm/cool waste heat from heating/cooling and DHW system are stored and recovered in the season they can be utilized. Firstly this concept was applied to the heating/cooling and DHW of a detached house and effectiveness of this system was examined (Chapter 1).Secondly application of the annual cycle energy system to the … More district heating/cooling and DHW system was continued. Simulation were conducted for several systems such as the conventional system installing electric driven turbo chiller and gas fired boiler, the system using river water as a heat source/sink of heat pump, the annual cycle energy system and so on. And by comparison of the performance of each systems, effectiveness of the annual cycle energy system was verified (Chapter 2).Then we went back to considering key words of this study subject and started the study on the system utilizing industrial waste heat. The performance of the district heating/cooling system for the redevelopment area with the heat source equipment driven by the industrial waste heat. The performance of the district heating/cooling system for the redevelopment area with the heat source equipment driven by the industrial waste heat is discussed in Chapter 3.From these investigations, many knowledge to utilize natural and un-utilized energies were obtained including the information on the control for achieving best mix of these energy sources. Less
期刊论文(27)
专著(0)
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会议论文
Toshiharu Yokoe and Teruyuki Saito: "Study on Optimization of Integrated Urban Energy System between Industries and Domestic, Part 1 Study on Cascade-Utilizing of Exhaust Heat of Industries at Redevelopment Area"Technical Papers of Annual Meeting The Soci
横江俊晴、斋藤辉之:“工业与家庭综合城市能源系统优化研究,第1部分再开发区工业余热梯级利用研究”社会学会年会技术论文
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富田隆志,田中英紀,奥宮正哉: "集合住宅地を対象とした季節間水蓄熱システムの最適化に関する研究、その1冷暖房負荷比によるシステム性能への影響の検討"日本建築学会大会学術講演梗概集. D-2. 985-956 (1999)
Takashi Tomita、Hideki Tanaka、Masaya Okumiya:《住宅小区季节性水蓄热系统优化研究,第1部分:冷热负荷比对系统性能的影响的检验》日本建筑学院学术讲座摘要D-2。985-956(1999)
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田中英紀、奥宮正哉: "自然エネルギー利用を含む年間サイクルエネルギーシステムに関する研究 その4 建物熱負荷と季節間蓄熱槽の断熱性能による影響"空気調和・衛生工学会学術講演会講演論文集. II. 869-872 (1998)
田中秀树、奥宫雅也:“包括自然能源利用在内的年度循环能源系统研究,第4部分:建筑热负荷和季节性储热罐隔热性能的影响”空调与空调学会学术会议论文集卫生工程师。二。869 -872 (1998)
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富田隆志、田中英紀、奥宮正哉: "集合住宅地を対象とした季節間水蓄熱システムの最適化に関する研究 その1 冷暖房負荷比によるシステム性能への影響の検討"日本建築学会大会学術講演梗概集. D-2. 985-956 (1999)
Takashi Tomita、Hideki Tanaka、Masaya Okumiya:《住宅小区季节性水蓄热系统优化研究第1部分:冷热负荷比对系统性能的影响的检验》日本建筑学院学术讲座摘要D-2。985-956(1999)
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共 27 条
    A study on the composite evaluation for annual performance of total heat exchanger in consideration of the influence to indoor thermal environment
    • 批准号:
      23560693
    • 项目类别:
      Grant-in-Aid for Scientific Research (C)
    • 资助金额:
      $3.49万
    • 财政年份:
      2011
    • 负责人:
      SAITO Teruyuki
    • 依托单位:
    海外基金