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乌克兰近零能耗旅馆模型

摘要第4-5页
Abstract第5页
Chapter 1 Introduction第9-24页
    1.1 The source of the topic第9页
    1.2 Research background and significance第9-11页
    1.3 Review of Ukrainian norms and standards regarding energy efficiency in thebuildings第11-15页
    1.4 Literature review第15-22页
        1.4.1 NeZEH definition第16-19页
        1.4.2 Successful implementation of neZEH projects第19-20页
            1.4.2.1 Sant Josep Building of Vall de Nuria Hotel, Spain第19页
            1.4.2.2 Hotel Split, Podstrana-Croatia第19-20页
            1.4.2.3 L`Avenc Hotel, Spain第20页
        1.4.3 EnergyPlus? software overview第20-22页
    1.5 Main content of research第22-24页
        1.5.1 Existing building analyzes第22-23页
        1.5.2 Analysis of standard energy-efficient measures (Simplified model)第23页
        1.5.3 NeZEH model第23-24页
Chapter 2 Existing building analysis第24-36页
    2.1 Building main information and climatic conditions第24-28页
    2.2 The envelope第28-29页
    2.3 The energy system第29-32页
    2.4 Existing building energy consumption第32-35页
    2.5 Summary第35-36页
Chapter 3 Analysis of standard energy-efficient measures (Simplified model)第36-54页
    3.1 The building orientation第36-37页
    3.2 Daylight controls第37-39页
    3.3 HVAC control system第39-41页
    3.4 Envelope improvement第41-46页
        3.4.1 Insulation improvement第41-43页
        3.4.2 Fenestration surfaces replacement第43-46页
    3.5 Water-efficient aerator nozzles for showers第46-48页
    3.6 Energy-efficiency measures combination第48-51页
    3.7 Building energy flows, EPp and CO2 emission第51-53页
    3.8 Summary第53-54页
Chapter 4 Nearly-zero energy hostel model第54-86页
    4.1 HVAC system第54-76页
        4.1.1 VAV system第54-63页
            4.1.1.1 Breathing outdoor air flow design第54-56页
            4.1.1.2 Zone heating and cooling loads design第56-58页
            4.1.1.3 Reheat water coils design第58页
            4.1.1.4 Cooling coil design第58-59页
            4.1.1.5 VAV system simulation results第59-63页
        4.1.2 Ground source heat pump with vertical ground loop heat exchanger第63-74页
            4.1.2.1 Ground source heat pump design第64-69页
            4.1.2.2 Vertical ground loop heat exchanger design第69-71页
            4.1.2.3 GSHP with GLHE simulation results第71-74页
        4.1.3 Comparative analyzes of Simplified model and new developed HVACsystems第74-76页
    4.2 Domestic hot water solution第76-77页
    4.3 Photovoltaic system integration第77-79页
    4.4 NeZEH model energy flows, EPp, RES ratio and CO2 emission第79-81页
    4.5 Economic feasibility第81-84页
    4.6 Summary第84-86页
Conclusion第86-88页
References第88-92页
Appendixes第92-108页
    Appendix A Constructions and materials第92-93页
    Appendix B Electric equipment power第93-94页
    Appendix C The hotel occupancy, lighting and equipment operation schedules第94-97页
    Appendix D Thermal zones thermostat schedules第97-98页
    Appendix E Energy-efficiency measures (EEM) combinations第98-99页
    Appendix F Energy-efficiency measures (EEM) combinations energy reduction第99-100页
    Appendix G General HP TMW120 heating and cooling catalog data第100-102页
    Appendix H The parameter estimation model result analysis第102-104页
    Appendix I Net - present value calculation第104-108页
Acknowledgements第108-109页
Resume第109页

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