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• Sun, Wind & Light: Architectural Design Strategies
• Copyright
• Contents Overview
• SWL Printed Contents, abbreviated
• SWL Electronic Contents, abbreviated
• Alphabetic Contents of Strategies, Techniques, Bundles, Synergies and High-Performance Assessments
• Preface
• Purpose and evolution of Sun, Wind & Light
• Organizational changes in the third edition
• A new intention: reversing building emissions
• Buildings built today outlive their energy sources
• Level of Archetypes
• Level of Efficient Technology
• Level of Passive Design
• Level of High-Performance
• Level of Green Power
• New content in the third edition
• Acknowledgements
• Introduction
• Premise
• Limits of scope
• Organization of the SWL resources
• The multiple organizations of design knowledge
• Anatomy of a Sun, Wind & Light design strategy
• Rooms and Courtyards: Shape and Enclosure
• Part I: Navigation
• Navigation Matrix by Scale and Energy Topic
• Strengths
• Weakness
• Navigation by Design Strategy Maps
• Key Points
• Strengths
• Weaknesses
• The nested hierarchy of the Design Strategy Maps
• The example of daylighting
• What the links and levels mean
• An excerpt from the map
• Thinking in terms of both analysis and context
• Navigation by Climate
• Bundle variations based on climate
• Part II: Using Sun, Wind & Light
• Buildings and Energy Use
• Building loads and energy use
• Load reduction strategies
• Net-zero and net-positive EUI buildings
• Integrated design
• Using synergies to achieve net-zero and peak-zero, net-positive performance
• Design Decision Chart for Net-Zero and Peak-Zero, Net-Positive Buildings
• Conceptual breakdown of questions and synergies
• Example of Design Decision Chart use
• Remembering the Synergies
• Part III: Synergies
• S1 View Climate as a Resource
• S2 Energy-Conscious Occupant Behaviors
• S3 Resource-Rich Environments
• S4 Spatial Zoning
• S5 Thermal Sailing
• S6 Multivalent Design
• S7 Active Tailored System
• Part IV: Bundles
• Bundles Explained Relationships Among Strategies
• Birth of the Bundle
• Bundles as generalized solution types to recurring problems
• What is a Bundle?
• How to read a bundle diagram
• Two broad types of Bundles
• Situational variations
• Bundles in the design process
• Making Your Own Bundles
• Some Fundamental Bundles
• B1 Neighborhood of Light
• Key Points
• Context
• Forces
• Recommendations
• Example
• Core Strategies
• Situational Strategies
• Variations Based on Hot and Cold Climates
• Hot Climate Situational Strategies
• Cold Climate Situational Strategies
• Cold Climate Example
• B2 Cooling Neighborhood
• Key Points
• Context
• Forces
• Recommendations
• Core Strategies
• Situational Strategies
• Variations Based on Hot–Arid and Hot–Humid Climates
• Hot-Humid Situational Strategies
• Hot–Humid Example
• Mixed–Humid Example
• Hot–Arid Example
• Hot-Arid Situational Strategies
• Recommendations
• B3 Solar Neighborhood
• Key Points
• Context
• Forces
• Core Strategies
• Situational Strategies
• Variations Based on Low and High Density Fabric
• Low Density Situational Strategies
• Low Density Fabric Example
• High Density Fabric Situational Strategies
• Examples
• High Density Fabric Example
• Recommendations
• B4 Integrated Urban Patterns
• Key Points
• Forces
• Recommendations
• Core Strategies
• Situational Strategies
• Variations Based on Hot and Cold Climates
• Hot Climate Situational Strategies
• Mixed Arid Climate Example
• Cold Climate Situational Strategies
• B5 Daylight Building
• Key Points
• Context
• Forces
• Recommendations
• Core Strategies
• Situational Strategies
• Variations Based on Thin and Thick Plans
• Thin Plan Situational Strategies
• Thin Plan Example
• Thick Plan Situational Strategies
• Thick Plan Example
• B6 Passively Cooled Building
• Key Points
• Context
• Forces
• Recommendations
• Core Strategies
• Situational Strategies
• Variations Based on Hot-Humid and Hot-Arid Climates
• Hot-Humid Situational Strategies
• Hot-Humid Example
• Hot-Arid Situational Strategies
• Hot-Arid Example
• B7 Passive Solar Building
• Key Points
• Context
• Forces
• Recommendations
• Core Strategies
• Situational Strategies
• Variations Based on Thin Plan and Thick Plan Buildings
• Thin Plan Example
• Thin Plan Situational Strategies
• Thick Plan Example
• Thick Plan Situational Strategies
• B8 Outdoor Microclimates
• Key Points
• Context
• Forces
• Recommendations
• Core Strategies
• Situational Strategies
• Variations Based on Hot and Cold Climates
• Hot Climate Situational Strategies
• Hot Climate Example
• Cold Climate Example
• B9 Responsive Envelope
• Key Points
• Context
• Forces
• Recommendations
• Core Strategies
• Refiners for All Strategies
• Situational Strategies
• Variations Based on Hot-Humid, Hot-Arid and Cold Climates
• Hot-Humid Situational Strategies
• Hot-Humid Refiner Strategies
• Warm-Humid Example
• Hot-Arid Situational Strategies
• Hot-Arid Refiner Strategies
• Hot-Arid Example
• Cold Climate Situational Strategies
• Cold Climate Refiner Strategies
• Cold Climate Example
• Part V: Favorite Design Tools, condensed
• Building Groups Scale
• 14 Daylight Spacing Angles
• 20 Building Spacing for Solar Access
• Buildings Scale
• 54 Night Ventilation Potentials Map
• 57 Daylight Uniformity Rule
• Building Parts Scale
• 74 Insulation Recommendations
• 75 Sizing Direct Thermal Storage
• 84 Passive Solar Glazing Area
• 85 Sizing Windows for Daylighting
• 86 Sizing Cross- and Stack-Ventilation
• 106 Glazing Recommendations
• Part VI: Favorite Design Strategies, condensed
• Unbuilt
• A14 Energy Programming
• A24 Bioclimatic Chart
• Building Groups Scale
• 3 Topographic Microclimates
• 7 Loose Urban Patterns and Dense Urban Patterns
• Buildings Scale
• 24 Migration
• 26 Cooling Zones
• 28 Heating Zones
• 29 Buffer Zones
• 30 Permeable Buildings
• 32 Locating Outdoor Rooms
• 33 Atrium Building
• 35 Thin Plan
• 37 Deep Sun
• 41 Daylight Zones
• 43 Rooms Facing the Sun and Wind
• 44 Cross-Ventilation Rooms
• 46 Evaporative Cooling Towers
• 48 Direct Gain Rooms
• 49 Sunspaces
• 53 Stack-Ventilation Rooms
• 54 Night-Cooled Mass
• Building Parts Scale
• 60 Mass Arrangement
• 63 Layer of Shades
• 69 Ventilation Openings Arrangement
• 78 Photovoltaic Walls and Roofs
• 79 Solar Hot Water
• 91 External Shading
• Part VII: High-Performance Buildings
• P1 Energy Targets
• Key Points
• United States, Nonresidential Buildings
• Canada, Nonresidential Buildings
• United States, Residential Buildings
• Canada, Residential Buildings
• P2 Annual Energy Use
• Key Points
• Part One: Estimate Annual Heating Energy
• Part Two: Estimate Annual Cooling Energy
• P3 Net-Zero Energy Balance
• Key Points
• The Site Energy Balance Equation
• P4 Energy Use Intensity (EUI)
• Key Points
• P5 Emissions Targets
• Key Points
• United States Residential Buildings
• Canada, Residential Buildings
• P6 Carbon-Neutral Buildings
• Key Points
• Appendices (Print)
• Appendix A: SWL Printed Contents, detailed
• Appendix B: SWL Electronic Contents, detailed
• Appendix C: Abbreviations and Unit Conversions
• Appendix D: Glossary
• Appendix E: SWL Printed Bibliography
• Part VIII: Detailed Design Strategies
• viii.A Building Groups Scale
• Level 9 Neighborhoods
• Level 8 Urban Fabric
• Level 7 Urban Elements
• viii.B Buildings Scale
• Level 6 Whole Buildings
• Level 5 Room Organizations
• Level 4 Individual Rooms
• viii.C Building Parts
• Level 3 Building Systems
• Level 2 Elements
• Level 1 Materials
• Part IX Detailed Analysis Techniques
• ix.A Climate as Context
• ix.B Program and Use
• ix.C Form and Envelope
• ix.D Combining Climate, Program and Form
• Appendices (Electronic)
• app.F Climate Data by Latitude/City
• app.G Additional Climate Data
• app.H Bibliography, SWL Electronic
• Indices
• Subject Index
• Designers and Precedents Index
• Design Tools Index, tables, graphs, design guidelines
• EULA