ASHRAE Guide SmallMedOffice 2019
$63.38
ASHRAE Advanced Energy Design Guide for Small to Medium Office Buildings – Achieving Zero Energy
| Published By | Publication Date | Number of Pages |
| ASHRAE | 2019 | 240 |
None
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 6 | Contents |
| 10 | Sidebars and Case Studies |
| 12 | Acknowledgments |
| 14 | Abbreviations and Acronyms |
| 16 | Foreword |
| 18 | Chapter 1 – Introduction GOALS OF THIS GUIDE |
| 19 | ZERO ENERGY DEFINITION |
| 20 | BENEFITS OF A ZERO ENERGY OFFICE BUILDING ENVIRONMENTAL STEWARDSHIP AND CORPORATE IMAGE OCCUPANT SATISFACTION SOUND FISCAL MANAGEMENT |
| 21 | SCOPE |
| 22 | DEVELOPING THE GUIDE |
| 23 | HOW TO USE THIS GUIDE |
| 25 | REFERENCES AND RESOURCES |
| 26 | Case Study – Bullitt Center |
| 28 | Case Study – Boulder Commons |
| 30 | Chapter 2 – Principles for Success IMPROVING BUILDING PERFORMANCE |
| 31 | MOVING TO ZERO ENERGY |
| 32 | FUNDAMENTAL PROJECT SUCCESS FACTORS |
| 35 | PLANNING FOR ZERO ENERGY SUCCESS |
| 37 | MAINTAINING ZERO ENERGY GOALS THROUGHOUT A PROJECT |
| 38 | PLANNING FOR THE FUTURE TECHNOLOGY RESILIENCY |
| 40 | GRID ALIGNMENT REFERENCES AND RESOURCES |
| 41 | Case Study – Cincinnati District 3 Polic HQ |
| 44 | Chapter 3 – A Process for Success ESTABLISHING A ZERO ENERGY PROCESS |
| 45 | SET THE GOAL SELECT A PROCUREMENT PROCESS |
| 46 | HIRE THE PROJECT TEAM |
| 47 | INCORPORATE THE GOAL IN THE OPR AND BOD |
| 48 | MAINTAIN ZERO ENERGY THROUGH DESIGN DETERMINE THE EUI TARGET |
| 49 | VERIFY ZERO ENERGY AT EACH STEP OF DESIGN |
| 52 | SUPPORT ZERO ENERGY IN ONGOING OPERATION CONFIRM ZERO ENERGY THROUGH COMMISSIONING |
| 53 | COMMISSIONING FOR ZERO ENERGY SYSTEMS |
| 55 | VERIFY ZERO ENERGY IN EARLY OPERATION TRACK ZERO ENERGY FOR THE LONG TERM |
| 56 | EDUCATE AND ENGAGE BUILDING OCCUPANTS REFERENCES |
| 57 | Case Study – NREL RSF |
| 60 | Chapter 4 – Building Performance Simulation INTRODUCTION |
| 61 | TECHNICAL APPROACH TO ACHIEVE A ZERO ENERGY BUILDING |
| 63 | DESIGN PROCESS TO IDENTIFY AND IMPLEMENT STRATEGIES |
| 64 | CONCEPT PHASE |
| 65 | SCHEMATIC DESIGN |
| 66 | DESIGN DEVELOPMENT CONSTRUCTION DOCUMENTS CONSTRUCTION PHASE OPERATIONS PHASE |
| 67 | BUILDING SYSTEMS STRATEGIES CLIMATE |
| 68 | FORM AND SHAPE WINDOW-TO-WALL RATIO |
| 69 | SHADING |
| 70 | ENVELOPE USER BEHAVIOR |
| 71 | EQUIPMENT SCHEDULES AND LOADS LIGHTING NATURAL VENTILATION |
| 72 | INFILTRATION DAYLIGHTING |
| 73 | HEATING AND COOLING LOADS MECHANICAL SYSTEMS COMPARISONS RENEWABLE ENERGY SYSTEMS |
| 74 | REFERENCES AND RESOURCES |
| 75 | Case Study – The 300 Building |
| 76 | Case Study – CMTA Inc. Lexington Office |
| 78 | Chapter 5 – How-To Strategies |
| 79 | Table 5-1 Summary of Strategies and Recommendations |
| 81 | BUILDING AND SITE PLANNING OVERVIEW SITE DESIGN STRATEGIES |
| 82 | BUILDING MASSING |
| 87 | BUILDING ORIENTATION |
| 88 | BUILDING DESIGN STRATEGIES |
| 91 | PLANNING FOR RENEWABLE ENERGY |
| 97 | REFERENCES ENVELOPE OVERVIEW |
| 98 | THERMAL PERFORMANCE OF OPAQUE ASSEMBLIES |
| 104 | THERMAL PERFORMANCE OF FENESTRATION AND DOORS |
| 112 | AIR LEAKAGE CONTROL |
| 113 | THERMAL BRIDGING CONTROL |
| 122 | REFERENCES AND RESOURCES |
| 127 | DAYLIGHTING OVERVIEW DESIGN STRATEGIES |
| 137 | SPACE-SPECIFIC STRATEGIES |
| 141 | REFERENCES |
| 142 | LIGHTING CONTROLS DESIGN STRATEGIES |
| 150 | REFERENCES AND RESOURCES ELECTRIC LIGHTING INTERIOR LIGHTING DESIGN STRATEGIES |
| 152 | SPACE-SPECIFIC STRATEGIES |
| 158 | EXTERIOR LIGHTING |
| 160 | REFERENCES AND RESOURCES PLUG LOADS AND POWER DISTRIBUTION SYSTEMS OVERVIEW |
| 161 | PLUG LOAD MANAGEMENT |
| 164 | EQUIPMENT SELECTION |
| 166 | BUILDING PROCESS LOADS |
| 167 | POWER DISTRIBUTION SYSTEMS |
| 168 | REFERENCES AND RESOURCES |
| 169 | SERVICE WATER HEATING OVERVIEW |
| 171 | DESIGN STRATEGIES |
| 174 | REFERENCES AND RESOURCES |
| 175 | HVAC SYSTEMS AND EQUIPMENT OVERVIEW SYSTEM A—ROOFTOP MULTIZONE VAV WITH HYDRONIC HEATING (SMALL OFFICE ONLY) |
| 178 | SYSTEM B—AIR-SOURCE VRF HEAT PUMP WITH DOAS |
| 182 | SYSTEM C—WATER AND GSHP WITH DOAS |
| 188 | SYSTEM D—DOAS WITH SENSIBLE FAN-COILS AND CHILLERS WITH WATERSIDE ECONOMIZERS |
| 191 | DEDICATED OUTDOOR AIR SYSTEMS |
| 203 | HVAC TIPS FOR ALL SYSTEM TYPES |
| 211 | THERMAL MASS |
| 213 | REFERENCES |
| 214 | RENEWABLE ENERGY OVERVIEW |
| 217 | DESIGN STRATEGIES |
| 222 | IMPLEMENTATION STRATEGIES |
| 224 | REFERENCES AND RESOURCES |
| 225 | Case Study – DPR Constr. Retrofits |
| 230 | Appendix A – Envelope Thermal Performance Factors |
| 232 | Appendix B – International Climatic Zone Definitions |
| 236 | Appendix C – Quantifying Thermal Transmittance Impacts of Thermal Bridges |
