Description

Book Synopsis

Conveniently organized and packed with robust technical content and clear explanations of key principles

Written by an architect who is the director of sustainability at a global architecture firm, Net Zero Energy Design is a practical guide for architects and related construction professionals who want to design and build net zero energy commercial architecture. It offers no-nonsense strategies, step-by-step technical analysis, and valuable examples, in addition to developed case studies. With a focus on application in a variety of building types and scales, the book also develops a broad-based understanding of all the integrated principles involved in achieving net zero energy.

This book is an indispensable resource for anyone venturing into net zero energy design, construction, and operation, and it also serves as an excellent resource on a variety of sustainable design topics. Important features include:

  • Organization based upon the commer

    Table of Contents

    Acknowledgments IX

    In Introduction xiii

    My Net Zero Energy Journey XIII

    How To Use This Book xi v

    OV Chapter 1: Net Zero Energy Building

    Overview 1

    The Case for Net Zero Energy Buildings 1

    Defining Net Zero Energy 4

    Classifying Net Zero Energy Buildings 10

    Alternative Approaches to Net Zero Energy 12

    Certifying Net Zero Energy Buildings 15

    Building Industry Research and Trends 16

    Building Industry Programs 19

    Building Industry Codes and Regulations 20

    Building Rating and Energy Labeling Systems 23

    PC Chapter 2: Project Conception and Delivery 27

    The Net Zero Energy Objective 27

    Project Conception 36

    Project Planning 40

    Project Team Selection 44

    Delivery Methods 49

    Risks and Rewards 53

    IP Chapter 3: Integrated Process 57

    Integrated Delivery and Management 57

    Project Delivery Phases 63

    Integrated Design Methods 69

    Building Energy Modeling 73

    En Chapter 4: Energy 89

    Energy Basics 89

    Energy Use Intensity 102

    Energy Targets 109

    Energy and Thermal Comfort 125

    DF Chapter 5: Design Fundamentals 133

    Energy Design Conditions 133

    Climate Assessment 133

    Site Assessment 158

    Building Massing and Geometry 166

    Building Type and Zoning 177

    PA Chapter 6: Pa ssive Architecture 183

    Passive Design 183

    Design Science 186

    Building Envelope 202

    Passive Strategies 215

    EE Chapter 7: Energy-Efficient Building Systems 231

    Active Systems 231

    Basic Concepts 235

    HVAC Overview 240

    Low-Energy Distribution 243

    Low-Energy Primary Equipment 247

    Domestic Hot Water 256

    Lighting 258

    District Energy 266

    RE Chapter 8: Renewab le Energy 271

    Renewable Energy Basics 271

    Solar Power 272

    Solar Thermal 284

    Wind 293

    Hydro 300

    Geothermal 306

    Biomass 309

    Fuel Cells and Hydrogen 314

    Ec Chapter 9: Economics 319

    Financial Considerations 319

    Financial Models 329

    Financial Analysis 333

    Net Zero Energy and the Real Estate Market 341

    OO Chapter 10: Operations and Occupancy 347

    Building Operation 347

    Plug Loads 352

    Green Behavior 357

    Net Zero Energy Performance Plan 363

    NZ Chapter 11: Net Zero Energy 367

    Net Zero Energy Balance 367

    Net Zero Energy Measures 367

    Carbon Neutrality 377

    CS Chapter 12: Case Study: DOE /NREL Research Support Facility 387

    Introduction 387

    Process 388

    Project Economics 389

    Climate, Site, and Program 391

    Design Response 394

    Operation and Occupancy 406

    Performance Metrics 411

    Bib liography 417

    About the Author 427

    Index 429

Net Zero Energy Design

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    A Hardback by Thomas Hootman

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      Publisher: John Wiley & Sons Inc
      Publication Date: 16/11/2012
      ISBN13: 9781118018545, 978-1118018545
      ISBN10: 1118018540
      Also in:
      Architecture

      Description

      Book Synopsis

      Conveniently organized and packed with robust technical content and clear explanations of key principles

      Written by an architect who is the director of sustainability at a global architecture firm, Net Zero Energy Design is a practical guide for architects and related construction professionals who want to design and build net zero energy commercial architecture. It offers no-nonsense strategies, step-by-step technical analysis, and valuable examples, in addition to developed case studies. With a focus on application in a variety of building types and scales, the book also develops a broad-based understanding of all the integrated principles involved in achieving net zero energy.

      This book is an indispensable resource for anyone venturing into net zero energy design, construction, and operation, and it also serves as an excellent resource on a variety of sustainable design topics. Important features include:

      • Organization based upon the commer

        Table of Contents

        Acknowledgments IX

        In Introduction xiii

        My Net Zero Energy Journey XIII

        How To Use This Book xi v

        OV Chapter 1: Net Zero Energy Building

        Overview 1

        The Case for Net Zero Energy Buildings 1

        Defining Net Zero Energy 4

        Classifying Net Zero Energy Buildings 10

        Alternative Approaches to Net Zero Energy 12

        Certifying Net Zero Energy Buildings 15

        Building Industry Research and Trends 16

        Building Industry Programs 19

        Building Industry Codes and Regulations 20

        Building Rating and Energy Labeling Systems 23

        PC Chapter 2: Project Conception and Delivery 27

        The Net Zero Energy Objective 27

        Project Conception 36

        Project Planning 40

        Project Team Selection 44

        Delivery Methods 49

        Risks and Rewards 53

        IP Chapter 3: Integrated Process 57

        Integrated Delivery and Management 57

        Project Delivery Phases 63

        Integrated Design Methods 69

        Building Energy Modeling 73

        En Chapter 4: Energy 89

        Energy Basics 89

        Energy Use Intensity 102

        Energy Targets 109

        Energy and Thermal Comfort 125

        DF Chapter 5: Design Fundamentals 133

        Energy Design Conditions 133

        Climate Assessment 133

        Site Assessment 158

        Building Massing and Geometry 166

        Building Type and Zoning 177

        PA Chapter 6: Pa ssive Architecture 183

        Passive Design 183

        Design Science 186

        Building Envelope 202

        Passive Strategies 215

        EE Chapter 7: Energy-Efficient Building Systems 231

        Active Systems 231

        Basic Concepts 235

        HVAC Overview 240

        Low-Energy Distribution 243

        Low-Energy Primary Equipment 247

        Domestic Hot Water 256

        Lighting 258

        District Energy 266

        RE Chapter 8: Renewab le Energy 271

        Renewable Energy Basics 271

        Solar Power 272

        Solar Thermal 284

        Wind 293

        Hydro 300

        Geothermal 306

        Biomass 309

        Fuel Cells and Hydrogen 314

        Ec Chapter 9: Economics 319

        Financial Considerations 319

        Financial Models 329

        Financial Analysis 333

        Net Zero Energy and the Real Estate Market 341

        OO Chapter 10: Operations and Occupancy 347

        Building Operation 347

        Plug Loads 352

        Green Behavior 357

        Net Zero Energy Performance Plan 363

        NZ Chapter 11: Net Zero Energy 367

        Net Zero Energy Balance 367

        Net Zero Energy Measures 367

        Carbon Neutrality 377

        CS Chapter 12: Case Study: DOE /NREL Research Support Facility 387

        Introduction 387

        Process 388

        Project Economics 389

        Climate, Site, and Program 391

        Design Response 394

        Operation and Occupancy 406

        Performance Metrics 411

        Bib liography 417

        About the Author 427

        Index 429

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