ASHRAE GreenGuide 6thed 2023
$59.04
ASHRAE GreenGuide — Design, Construction, and Operation of Sustainable Buildings, Sixth Edition
Published By | Publication Date | Number of Pages |
ASHRAE | 2023 | 494 |
As awareness of the built environment’s impact on the natural environment and human occupants grows, the interest in and need for sustainable engineering concepts has increased. In the past two decades, ASHRAE GreenGuide, a landmark publication in the sustainable building arena, has evolved with the growing acceptance of green design practices. Written and reviewed by a group of buildings professionals with real-world experience headed by Tom Lawrence, Abdel Darwich, and Janice Means, the sixth edition of ASHRAE GreenGuide has been revised and streamlined to become a reference resource for practicing buildings industry professionals. Each stage of the building process, from planning to operation, is detailed with an emphasis on collaboration between practitioners. Updates to this edition include: • In-depth discussion of emerging industry trends, including building decarbonization and zero energy emissions • New material on designing and operating buildings and their systems in response to current and expected climate change and accompanying extreme weather events; the need to increase resilience in the built environment; and identifying the interrelationship of sustainability, efficiency, and smart technologies with building resilience • Updated GreenTips and Digging Deeper sidebars for detailed, practical examples
PDF Catalog
PDF Pages | PDF Title |
---|---|
6 | Contents |
12 | Preface to the Sixth Edition |
14 | Who Should Use ASHRAE GreenGuide How to Use ASHRAE GreenGuide |
15 | Historical Background on ASHRAE GreenGuide |
16 | Acknowledgments |
18 | Section 1: Basics |
20 | Chapter One: Introduction and Background Introduction |
21 | Commitment to Green/Sustainable High-Performance Projects |
22 | The Impact of Climate Considerations |
25 | Digging Deeper: International Perspective: Regulations and Commentary |
28 | References and Resources |
32 | Chapter Two: Green Rating Systems, Standards, and Other Guidance |
33 | Voluntary Green Building Rating Systems and Certification |
43 | Green Building Codes, Policies, and Public Initiatives |
46 | US Statewide Building Codes |
47 | Digging Deeper: CALGreen Code: America’s First Statewide Green-Building Code |
48 | Green Building Guidelines, Resources, and Standards |
49 | References and Resources |
54 | Section 2: The Design Process |
56 | Chapter Three: Project Strategies and Early Design Ingredients of a Successful Green Project Endeavor |
58 | Incentives for Green Design |
62 | The Design Process—Early Stages |
65 | The Design Team |
67 | The Architect’s Role The Engineer’s Role |
69 | The Digital Landscape |
74 | References and Resources |
76 | Digging Deeper: One Design Firm’s Ten Steps to a Net Zero Energy Building |
77 | Digging Deeper: Managing Risk In Green Projects |
79 | Digging Deeper: National Renewable Energy Laboratory’s Nine-Step Process for Low-Energy Building Design |
80 | Chapter Four: Architectural Design and Planning Impacts Overview |
81 | Design Process for Sustainable, Energy-Efficient Architecture with Excellent Indoor Environmental Quality |
89 | References and Resources |
92 | Chapter Five: Commissioning |
93 | The Evolution of the Commissioning Concept |
94 | Commissioning’s Role in Achieving Sustainability Goals The CxP Team’s Role |
95 | Commissioning Documents |
98 | Commissioning Phases and Activities |
106 | Decisions to Make During the Commissioning Process |
109 | References and Resources |
110 | Digging Deeper: One Firm’s Commissioning Checklist (Aligns with LEED Cx Activities) |
112 | Chapter Six: Conceptual Engineering Design—Load Determination |
113 | Determining the Load Drivers with Parametric Simulations |
115 | Energy Impacts of Architectural Features |
116 | Thermal/Mass Transfer of Envelope |
117 | Engineering Internal Load-Determining Factors |
118 | ASHRAE GreenTip #6-1: Night Precooling |
123 | ASHRAE GreenTip #6-2: Night-Sky Cooling |
127 | ASHRAE GreenTip #6-3: Plug Loads |
130 | ASHRAE GreenTip #6-4: Dynamic Glazing |
134 | Chapter Seven: Sustainable Sites Site Selection and Building Project Location |
135 | Site Inventory and Landscaping |
136 | Urban Heat Island Effect |
139 | Exterior Lighting Stormwater Management |
143 | Transportation Impact Mitigation References and Resources |
145 | ASHRAE GreenTip #7-1: Rain Gardens |
149 | ASHRAE GreenTip #7-2: Green-Roof Systems |
152 | Chapter Eight: Indoor Enviromental Quality Introduction Benefits of Enhanced Indoor Environmental Quality |
154 | Indoor Air Quality |
170 | Thermal Comfort |
172 | Lighting Quality and Visual Comfort |
174 | Acoustic Comfort |
175 | Indoor Water Quality |
176 | References and Resources |
182 | Chapter Nine: Energy Use Conversion and Distribution Systems Energy Exchange |
183 | Energy Delivery Methods |
184 | Hydronics |
187 | Air |
189 | Energy Conversion/Generation Equipment |
190 | Energy Conversion/Generation Plant Design |
194 | District Energy Systems |
195 | Distributed Electricity Generation |
199 | Energy Savings in Vertical Transportation (Elevators/Escalators) Energy Savings in Commercial Kitchens |
201 | References and Resources |
203 | ASHRAE GreenTip #9-1: Variable-Refrigerant-Flow (VRF) Systems |
207 | ASHRAE GreenTip #9-2: Displacement Ventilation |
210 | ASHRAE GreenTip #9-3: Dedicated Outdoor Air Systems (DOASs) |
213 | ASHRAE GreenTip #9-4: Demand-Controlled Ventilation |
216 | ASHRAE GreenTip #9-5: Hybrid Ventilation |
220 | ASHRAE GreenTip #9-6: Combined Heating and Power (CHP) Systems |
225 | ASHRAE GreenTip #9-7: Combustion Air Preheating |
227 | ASHRAE GreenTip #9-8: Combination Space/Water Heaters |
230 | ASHRAE GreenTip #9-9: Ground-Source Heat Pumps (GSHPs) |
234 | ASHRAE GreenTip #9-10: Thermal Energy Storage (TES) for Cooling |
239 | ASHRAE GreenTip #9-11: Double-Effect Absorption Chillers |
242 | ASHRAE GreenTip #9-12: Desiccant Cooling and Dehumidification |
245 | ASHRAE GreenTip #9-13: Indirect Evaporative Cooling |
248 | ASHRAE GreenTip #9-14: Thermally Actuated Diffusers |
250 | ASHRAE GreenTip #9-15: Automated Refirgerant Leak Detection and Recovery |
254 | Chapter Ten: Energy Sources Renewable and Nonrenewable Energy Sources |
255 | Water-Energy Nexus |
256 | Solar |
269 | Wind |
270 | Building RES Grid Integration |
272 | Biomass References and Resources |
277 | ASHRAE GreenTip #10-1: Passive Solar Thermal Energy Systems |
280 | Chapter Eleven: Lighting Systems Overview Electric Lighting |
288 | Light Conveyors (Tubular Daylighting Devices) Dynamic Glazing and Automated Window Shades Lighting Controls |
290 | Daylight Harvesting |
296 | Lighting Cost Considerations |
297 | References and Resources |
299 | ASHRAE GreenTip #11-1: Light Conveyors (Tubular Daylighting Devices) |
302 | ASHRAE GreenTip #11-2: Dynamic Glazing or Automated Window Shading |
306 | Chapter Twelve: Water Efficiency |
308 | Water-Energy Nexus |
309 | Cooling Tower Systems |
316 | Domestic Water Heating Plumbing |
317 | Landscape Irrigation |
319 | Water Recovery and Reuse |
323 | References and Resources |
325 | Digging Deeper: Example Calculation to Compute a Baseline Predicted Water Consumption for a Building |
329 | ASHRAE GreenTip #12-1: Point-of-Use Domestic Hot-Water Heaters |
332 | ASHRAE GreenTip #12-2: Air-Handling Unit (AHU) Condensate Capture and Reuse |
337 | Digging Deeper: How Much Condensate Water Will Collect at Design Conditions? |
340 | Digging Deeper: How Much of Demand can be Met by Rainwater Harvesting? |
346 | Chapter Thirteen: Smart Building Systems |
347 | Integrated Building Automation Systems |
351 | Automated Fault Detection and Diagnosis |
354 | Smart Hardware |
355 | Occupant-Based Controls |
356 | Energy and Water Efficiency in Smart Buildings |
359 | Indoor Environmental Quality in Smart Buildings |
361 | Smart Building Control System Commissioning |
362 | Building-Electric Grid Interaction |
364 | References and Resources |
366 | Chapter Fourteen: Residential Applications |
367 | Energy Use: Residential Building Sector Standards |
373 | Performance |
377 | Architecture and Design |
384 | Maintenance |
385 | Future Trends |
390 | References and Resources |
396 | ASHRAE GreenTip #14-1: Air Leakage Metrics |
399 | ASHRAE GreenTip #14-2: Mechanical Balanced Energy Recovery Ventilation |
402 | Section 3: Postdesign—Construction and Beyond |
404 | Chapter Fifteen: Existing Buildings Introduction Energy Performance of Existing Buildings |
405 | Building Audits |
408 | Improving Building Sustainability and IEQ |
412 | Historic Buildings |
413 | Delivery Mechanisms for Upgrades to Existing Buildings |
415 | Measurement and Verification |
416 | Operations and Maintenance |
418 | References and Resources |
422 | Chapter Sixteen: Emerging Trends and Epilogue Introduction |
423 | Reducing Embodied Carbon |
424 | Net-Zero Operational Carbon |
426 | Building Resilience |
427 | References and Resources |
430 | Appendix: Building-Type-Specific GreenTips Introduction |
431 | ASHRAE GreenTip A-1: Performing Arts Spaces |
434 | ASHRAE GreenTip A-2: Health Care Facilities |
442 | ASHRAE GreenTip A-3: Laboratory Facilities |
445 | ASHRAE GreenTip A-4: Student Residence Halls |
447 | ASHRAE GreenTip A-5: Athletic and Recreation Facilities |
449 | ASHRAE GreenTip A-6: Commercial Office Buildings |
451 | ASHRAE GreenTip A-7: K–12 School Buildings |
453 | ASHRAE GreenTip A-8: Data Centers |
460 | References and Resources Books and Software Programs |
465 | Periodicals and Reports |
473 | Websites |
482 | Terms, Definitions, and Acronyms |
486 | Index |