ASHRAE GreenGuide 5ed 2018
$78.54
ASHRAE GreenGuide: Design, Construction, and Operation of Sustainable Buildings, 5th Edition
Published By | Publication Date | Number of Pages |
ASHRAE | 2018 |
The Advanced Energy Design Guide – Achieving Zero Energy series provides a cost effective approach to achieve advanced levels of energy savings. The four-color Guides offer contractors and designers the tools, including recommendations for practical products and off-the-shelf technology, needed for achieving Zero Energy which is defined as a building that, on an annual basis, draws from outside resources equal or less energy than it provides using on-site renewable energy sources. This Guide been developed through the collaboration of ASHRAE, the American Institute of Architects (AIA), the Illuminating Engineering Society (IES), and the U.S. Green Building Council (USGBC), with support from the Department of Energy (DOE), to help meet all of an owner\’s energy performance requirements. In an effort to promote building energy efficiency, ASHRAE and its partners have made these Guides available for download (PDF) at no charge. For K-12 school buildings, and applies to all sizes and classifications (elementary, middle, high). Space types covered include administrative and office space, classrooms, hallways, restrooms, gymnasiums and multipurpose rooms, libraries, and food preparation and dining areas. The Guide establishes a set of energy performance goals for achieving zero energy. The goals are provided for all ASHRAE climate zones, in both site and source energy. Strategies on how to achieve these energy targets are provided throughout the guide.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Cover |
5 | Copyright |
8 | CONTENTS |
16 | FOREWORD |
18 | PREFACE TO THE FIFTH EDITION |
22 | ACKNOWLEDGMENTS |
26 | Chapter 1: Introduction and Background Introduction |
28 | Relationship to Sustainability Commitment to Green/Sustainable High-Performance Projects |
29 | What Drives Green Projects The Impact of Carbon Considerations |
32 | Sustainability in Architecture |
39 | References and Resources |
42 | Chapter 2: Green Rating Systems, Standards, and Other Guidance Green-Building Rating Systems—Introduction |
44 | The LEED Rating System |
45 | Other Guidelines, Resources, and Certification Programs |
47 | Building Energy Quotient (Building EQ |
49 | European Programs |
50 | Standards and Codes ANSI/ASHRAE/USGBC/IES Standard 189.1 and the International Green Construction Code (IgCC |
53 | IEQ |
55 | Residential Buildings Other Building Codes |
57 | References and Resources |
64 | Chapter 3: Project Strategies and Early Design Ingredients of a Successful Green Project Endeavor |
65 | The Owner’s Role |
66 | Incentives for Green Design |
70 | The Design Process—Early Stages |
73 | The Design Team |
77 | The Engineer’s Role |
81 | Concept Development |
82 | Expressing and Testing Concepts |
85 | Building Information Modeling (BIM)/ Building Energy Modeling (BEM |
89 | References and Resources |
96 | Chapter 4: Commissioning |
97 | The Evolution of the Commissioning Concept |
98 | Commissioning Phases and Process |
99 | Commissioning Documents |
101 | Project Phases |
109 | Decisions to Make During the Commissioning Process |
113 | References and Resources |
114 | Chapter 5: Architectural Design and Planning Impacts Overview Concise History of the Design of Buildings |
115 | Design Process for Sustainable Architecture |
121 | Intentions in Architecture and Building System Development |
123 | References and Resources |
124 | Chapter 6: Conceptual Engineering Design— Load Determination |
126 | The Role of Energy Modeling During Conceptual Design |
127 | ix Determining the Load Drivers with Parametric Simulations |
128 | Energy Impacts of Architectural Features |
129 | Thermal/Mass Transfer of Envelope |
130 | Engineering Internal Load-Determining Factors |
143 | References and Resources |
146 | Chapter 7: Sustainable Sites Location of the Building Project |
147 | Urban Heat Island Effect |
149 | Exterior Lighting |
150 | Stormwater Management |
154 | References and Resources |
162 | Chapter 8: Indoor Environmental Quality Introduction |
163 | Indoor Air Quality (IAQ |
183 | Thermal Comfort and Control |
185 | Light and Illumination |
187 | Acoustics |
188 | References and Resources |
192 | Chapter 9: Energy Conversion and Distribution Systems Energy Exchange |
195 | Energy Delivery Methods |
198 | Hydronics |
202 | Air |
203 | Energy Conversion/Generation Equipment |
205 | Energy Conversion/Generation Plant Design |
209 | District Energy Systems |
211 | Distributed Electricity Generation |
216 | References and Resources |
276 | Chapter 10: Energy Sources Renewable and Nonrenewable Energy Sources |
277 | Water-Energy Nexus |
278 | Solar |
288 | Wind |
289 | Hydro |
290 | Biomass References and Resources |
310 | Chapter 11: Lighting Systems Overview Electric Lighting |
317 | Daylight Harvesting |
321 | Light Conveyors (Tubular Daylighting Devices Lighting Controls |
325 | Cost Considerations References and Resources |
330 | Chapter 12: Water Efficiency |
331 | The Energy-Water Balance |
333 | Cooling Tower Systems |
338 | Domestic Water Heating Plumbing |
339 | Water Recovery and Reuse |
340 | References and Resources |
362 | Chapter 13: Smart Building Systems |
363 | Integrated Building Automation Systems |
364 | Detailing the Design of a Control System |
367 | Automated Fault Detection and Diagnosis |
369 | Smart Hardware |
370 | Control Systems and Building Occupants |
371 | Control Systems and Energy and Water Efficiency |
374 | Control Systems and Indoor Environmental Quality (IEQ |
375 | Control Systems Commissioning |
377 | Interaction of a Smart Building with the Smart Grid References and Resources |
380 | Chapter 14: Completing Design and Documentation for Construction Drawings/Documentation Stage Specifying Materials/Equipment |
381 | Cost Estimating and Budget Reconciliation Bidding |
382 | Managing Risk |
383 | Project Delivery Methods and Contractor Selection |
386 | References and Resources |
390 | Chapter 15: Construction Site Planning and Development The Engineer’s Role in Construction Quality |
391 | Construction Practices and Methods |
392 | Commissioning During Construction |
393 | Moving into Occupancy and Operation References and Resources |
396 | Chapter 16: Operation, Maintenance, and Performance Evaluation |
397 | Energy Modeling |
398 | On Construction Building Performance Labeling |
399 | Filling the Gap: Measurement and Verification |
400 | Occupant Surveys |
401 | On Operation and Maintenance |
402 | Personnel Management |
405 | References and Resources |
410 | Chapter 17: Residential Applications |
411 | Energy Use: Residential Building Sector |
412 | Standards |
416 | Performance |
419 | Architecture and Design |
426 | Future Trends |
432 | References and Resources |
440 | Chapter 18: Building-Type GreenTips Introduction Building-Type GreenTips |
441 | #18-1: Performing Arts Spaces |
444 | #18-2: Health Care Facilities |
452 | #18-3: Laboratory Facilities |
455 | #18-4: Student Residence Halls |
458 | #18-5: Athletic and Recreation Facilities |
460 | #18-6: Commercial Office Buildings |
463 | #18-7: K-12 School Buildings |
465 | #18-8: Data Centers |
472 | Chapter 19: Existing Buildings Introduction Energy Performance of Existing Buildings |
473 | Building Audits |
476 | Improving Building Sustainability and IEQ |
482 | Delivery Mechanisms for Upgrades to Existing Buildings |
484 | References and Resources |
486 | Chapter 20: Emerging Trends and Epilogue Introduction |
487 | Distributed (District) Energy Systems |
488 | Smart Buildings and the Internet of Things Virtual and Augmented Reality |
489 | Resiliency |
490 | Building Labeling and Reporting New Construction Techniques References and Resources |
492 | References and Resources |
516 | Terms, Definitions, and Acronyms |
518 | Index |