Sustainable District Cooling Guidelines

Marco Calderoni, Sophie Dourlens-Qaranta, Bishnu B. Sreekumar, Zia Lennard, Miika Rämä, Krzysztof Klobut, Zao Wang, Xiaojian Duan, Yin Zhang, Joakim Nilsson, Lars Hargö

    Research output: Book/ReportReport

    26 Downloads (Pure)

    Abstract

    District Cooling (DC) is based on centralized production of cold water, which is distributed to customers in a closed loop underground pipe network. DC systems can exploit renewable energy sources and excess energy, significantly contributing to decarbonization of the heating and cooling sector. Furthermore, as they usually make use of thermal energy storage in order to meet peak cooling demand during warm summer days, they will in the future offer increasingly valuable flexibility to the electricity grid, which makes them economically attractive from the perspective of national and regional energy planning.
    Attention in this report is put on cooling sources and on cooling production technologies, with the intent of guiding readers through the many available options for implementing or expanding sustainable DC systems that can meet sustainability requirements set at national, European and international levels.
    The current guideline report first explains what DC is, and why it can be beneficial for society and investors (Chapter 2). Chapter 3 provides an overview of DC development, followed by a detailed description of energy sources and cold generation technologies Chapter 4 and by a comprehensive list of best practices as case studies Chapter 5. Chapter 6 extensively considers design aspects of a DC system, from feasibility evaluation to maintenance. Chapter 7 is about basic and advanced control logics and concludes the technical section. Chapter 8 provides a methodology for estimating the cooling demand of a district, which is the first action to assess whether DC can be economically feasible. Chapter 9 shows a list of innovative District Energy concepts, whereas Chapter 10 is an overview of potential business models for DC systems. Finally, Chapter 11 explains the role of public authorities in the development of DC projects.
    Original languageEnglish
    Number of pages158
    Publication statusPublished - 31 May 2019
    MoE publication typeD4 Published development or research report or study

    Publication series

    SeriesIEA DHC/CHP Annex XII Report
    Number5

    Fingerprint

    Cooling
    Cooling systems
    Decarbonization
    Thermal energy
    Energy storage
    Sustainable development
    Electricity
    Pipe
    Heating
    Planning
    Water
    Industry

    Keywords

    • district cooling
    • sustainability
    • Guidelines

    Cite this

    Calderoni, M., Dourlens-Qaranta, S., Sreekumar, B. B., Lennard, Z., Rämä, M., Klobut, K., ... Hargö, L. (2019). Sustainable District Cooling Guidelines. IEA DHC/CHP Annex XII Report, No. 5
    Calderoni, Marco ; Dourlens-Qaranta, Sophie ; Sreekumar, Bishnu B. ; Lennard, Zia ; Rämä, Miika ; Klobut, Krzysztof ; Wang, Zao ; Duan, Xiaojian ; Zhang, Yin ; Nilsson, Joakim ; Hargö, Lars. / Sustainable District Cooling Guidelines. 2019. 158 p. (IEA DHC/CHP Annex XII Report; No. 5).
    @book{7e0b950f458c4a74ba7c8dfb8d14589c,
    title = "Sustainable District Cooling Guidelines",
    abstract = "District Cooling (DC) is based on centralized production of cold water, which is distributed to customers in a closed loop underground pipe network. DC systems can exploit renewable energy sources and excess energy, significantly contributing to decarbonization of the heating and cooling sector. Furthermore, as they usually make use of thermal energy storage in order to meet peak cooling demand during warm summer days, they will in the future offer increasingly valuable flexibility to the electricity grid, which makes them economically attractive from the perspective of national and regional energy planning.Attention in this report is put on cooling sources and on cooling production technologies, with the intent of guiding readers through the many available options for implementing or expanding sustainable DC systems that can meet sustainability requirements set at national, European and international levels.The current guideline report first explains what DC is, and why it can be beneficial for society and investors (Chapter 2). Chapter 3 provides an overview of DC development, followed by a detailed description of energy sources and cold generation technologies Chapter 4 and by a comprehensive list of best practices as case studies Chapter 5. Chapter 6 extensively considers design aspects of a DC system, from feasibility evaluation to maintenance. Chapter 7 is about basic and advanced control logics and concludes the technical section. Chapter 8 provides a methodology for estimating the cooling demand of a district, which is the first action to assess whether DC can be economically feasible. Chapter 9 shows a list of innovative District Energy concepts, whereas Chapter 10 is an overview of potential business models for DC systems. Finally, Chapter 11 explains the role of public authorities in the development of DC projects.",
    keywords = "district cooling, sustainability, Guidelines",
    author = "Marco Calderoni and Sophie Dourlens-Qaranta and Sreekumar, {Bishnu B.} and Zia Lennard and Miika R{\"a}m{\"a} and Krzysztof Klobut and Zao Wang and Xiaojian Duan and Yin Zhang and Joakim Nilsson and Lars Harg{\"o}",
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    Calderoni, M, Dourlens-Qaranta, S, Sreekumar, BB, Lennard, Z, Rämä, M, Klobut, K, Wang, Z, Duan, X, Zhang, Y, Nilsson, J & Hargö, L 2019, Sustainable District Cooling Guidelines. IEA DHC/CHP Annex XII Report, no. 5.

    Sustainable District Cooling Guidelines. / Calderoni, Marco; Dourlens-Qaranta, Sophie; Sreekumar, Bishnu B.; Lennard, Zia; Rämä, Miika; Klobut, Krzysztof; Wang, Zao; Duan, Xiaojian; Zhang, Yin; Nilsson, Joakim; Hargö, Lars.

    2019. 158 p. (IEA DHC/CHP Annex XII Report; No. 5).

    Research output: Book/ReportReport

    TY - BOOK

    T1 - Sustainable District Cooling Guidelines

    AU - Calderoni, Marco

    AU - Dourlens-Qaranta, Sophie

    AU - Sreekumar, Bishnu B.

    AU - Lennard, Zia

    AU - Rämä, Miika

    AU - Klobut, Krzysztof

    AU - Wang, Zao

    AU - Duan, Xiaojian

    AU - Zhang, Yin

    AU - Nilsson, Joakim

    AU - Hargö, Lars

    PY - 2019/5/31

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    N2 - District Cooling (DC) is based on centralized production of cold water, which is distributed to customers in a closed loop underground pipe network. DC systems can exploit renewable energy sources and excess energy, significantly contributing to decarbonization of the heating and cooling sector. Furthermore, as they usually make use of thermal energy storage in order to meet peak cooling demand during warm summer days, they will in the future offer increasingly valuable flexibility to the electricity grid, which makes them economically attractive from the perspective of national and regional energy planning.Attention in this report is put on cooling sources and on cooling production technologies, with the intent of guiding readers through the many available options for implementing or expanding sustainable DC systems that can meet sustainability requirements set at national, European and international levels.The current guideline report first explains what DC is, and why it can be beneficial for society and investors (Chapter 2). Chapter 3 provides an overview of DC development, followed by a detailed description of energy sources and cold generation technologies Chapter 4 and by a comprehensive list of best practices as case studies Chapter 5. Chapter 6 extensively considers design aspects of a DC system, from feasibility evaluation to maintenance. Chapter 7 is about basic and advanced control logics and concludes the technical section. Chapter 8 provides a methodology for estimating the cooling demand of a district, which is the first action to assess whether DC can be economically feasible. Chapter 9 shows a list of innovative District Energy concepts, whereas Chapter 10 is an overview of potential business models for DC systems. Finally, Chapter 11 explains the role of public authorities in the development of DC projects.

    AB - District Cooling (DC) is based on centralized production of cold water, which is distributed to customers in a closed loop underground pipe network. DC systems can exploit renewable energy sources and excess energy, significantly contributing to decarbonization of the heating and cooling sector. Furthermore, as they usually make use of thermal energy storage in order to meet peak cooling demand during warm summer days, they will in the future offer increasingly valuable flexibility to the electricity grid, which makes them economically attractive from the perspective of national and regional energy planning.Attention in this report is put on cooling sources and on cooling production technologies, with the intent of guiding readers through the many available options for implementing or expanding sustainable DC systems that can meet sustainability requirements set at national, European and international levels.The current guideline report first explains what DC is, and why it can be beneficial for society and investors (Chapter 2). Chapter 3 provides an overview of DC development, followed by a detailed description of energy sources and cold generation technologies Chapter 4 and by a comprehensive list of best practices as case studies Chapter 5. Chapter 6 extensively considers design aspects of a DC system, from feasibility evaluation to maintenance. Chapter 7 is about basic and advanced control logics and concludes the technical section. Chapter 8 provides a methodology for estimating the cooling demand of a district, which is the first action to assess whether DC can be economically feasible. Chapter 9 shows a list of innovative District Energy concepts, whereas Chapter 10 is an overview of potential business models for DC systems. Finally, Chapter 11 explains the role of public authorities in the development of DC projects.

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    ER -

    Calderoni M, Dourlens-Qaranta S, Sreekumar BB, Lennard Z, Rämä M, Klobut K et al. Sustainable District Cooling Guidelines. 2019. 158 p. (IEA DHC/CHP Annex XII Report; No. 5).