ASHRAE AEDG50 MedBigBoxRetail 2011
$61.21
ASHRAE Advanced Energy Design Guide for Medium to Big Box Retail Buildings: 50% Energy Savings
| Published By | Publication Date | Number of Pages |
| ASHRAE | 2011 | 198 |
The Advanced Energy Design Guide for Medium to Big Box Retail Buildings is designed to provide recommendations to achieve 50% energy savings when compared with the minimum code requirements of ANSI/ASHRAE/IESNA Standard 90.1-2004. Energy costs are typically the second-highest operating expense for a retailer, so use of this Guide can help in creating a cost-effective design for new retail buildings and major renovations that will consume substantially less energy compared to the minimum code-compliant design and that will result in lower operating costs. Keywords: Advanced Energy Design Guide, retail, integrated design process, HVAC systems, plug loads, service water heating, climate zone, envelope, daylighting
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 17 | ENHANCED SHOPPING AND WORKING ENVIRONMENTS |
| 18 | LOWER LIFE-CYCLE COSTS REDUCED OPERATING COSTS |
| 19 | WATER AS A RESOURCE REDUCED GREENHOUSE GAS EMISSIONS PARTNERS IN THE COMMUNITY |
| 20 | CLOSING REFERENCES |
| 23 | GOAL OF THIS GUIDE SCOPE |
| 24 | ENERGY MODELING ANALYSIS |
| 25 | ACHIEVING 50% ENERGY SAVINGS |
| 26 | CONDITIONS TO PROMOTE HEALTH AND COMFORT INDOOR AIR QUALITY (IAQ) THERMAL COMFORT |
| 27 | VISUAL COMFORT |
| 28 | ACOUSTIC COMFORT HOW TO USE THIS GUIDE REFERENCES |
| 30 | PRINCIPLES OF INTEGRATED DESIGN |
| 31 | USING INTEGRATED DESIGN TO MAXIMIZE ENERGY EFFICIENCY |
| 32 | PROJECT KICK-OFF PROGRAMMING AND PROJECT DESIGN |
| 33 | SCHEMATIC DESIGN |
| 37 | DESIGN DEVELOPMENT CONSTRUCTION DOCUMENTS BID PHASE CONSTRUCTION ADMINISTRATION |
| 38 | COMMISSIONING OPERATIONS AND MAINTENANCE |
| 42 | PROTOTYPE DEVELOPMENT—CONTINUOUS IMPROVEMENT CONTROLLING COSTS |
| 46 | DESIGN CONSIDERATIONS |
| 47 | INTEGRATED DESIGN BEST PRACTICES BUILDING SITE AND DESIGN INFLUENCES |
| 51 | Table 2-1 Cities Characterized by Climate Combinations |
| 53 | MULTIDISCIPLINARY COORDINATION FOR ENERGY EFFICIENCY |
| 54 | Budget Sharing |
| 57 | Investment Financial Analysis |
| 58 | Building Configuration and Floor Area Minimization Safety Factors and Diversity Factors |
| 59 | Schedules of Occupancy, Use, and Utility rates Redundant and Standby Capacity Sizing Protocols |
| 60 | Charettes and Design Reviews Use of Energy Modeling as Design Guidance |
| 61 | REFERENCES |
| 62 | INTRODUCTION |
| 65 | Table 3-1 Prototype Model Space Types and Sizes |
| 66 | ENERGY MODELING TASKS BENCHMARKING GOAL SETTING |
| 70 | Table 3-2 Medium Box Retail Energy Use Targets for 50% Savings Table 3-3 Big Box Retail Energy Use Targets for 50% Savings |
| 71 | Table 3-4 Using Energy Modeling to Achieve 50% Energy Savings |
| 72 | USING ENERGY MODELING THROUGHOUT THE DESIGN PROCESS REFERENCES |
| 74 | INTRODUCTION |
| 75 | CLIMATE ZONE RECOMMENDATIONS |
| 78 | Climate Zone 1 Recommendation Table for Medium to Big Box Retail Buildings |
| 81 | Climate Zone 2 Recommendation Table for Medium to Big Box Retail Buildings |
| 84 | Climate Zone 3 Recommendation Table for Medium to Big Box Retail Buildings |
| 87 | Climate Zone 4 Recommendation Table for Medium to Big Box Retail Buildings |
| 90 | Climate Zone 5 Recommendation Table for Medium to Big Box Retail Buildings |
| 93 | Climate Zone 6 Recommendation Table for Medium to Big Box Retail Buildings |
| 96 | Climate Zone 7 Recommendation Table for Medium to Big Box Retail Buildings |
| 99 | Climate Zone 8 Recommendation Table for Medium to Big Box Retail Buildings |
| 101 | References |
| 102 | ENVELOPE OPAQUE ENVELOPE COMPONENTS Table 5-1 Examples of Cool Roofs |
| 115 | VERTICAL FENESTRATION |
| 116 | WINDOW DESIGN GUIDELINES FOR THERMAL CONDITIONS Table 5-2 Vertical Fenestration Descriptions |
| 118 | REFERENCES and resources |
| 119 | DAYLIGHTING GENERAL RECOMMENDATIONS |
| 126 | REFERENCES and resources |
| 127 | ELECTRIC LIGHTING DESIGN GOALS FOR RETAIL LIGHTING |
| 128 | INTERIOR LIGHTING |
| 133 | Table 5-3 4 ft T8 Lamps Meeting the 90+ Mean Lumens per Watt |
| 134 | Table 5-4 4 ft T5/T5HO Lamps Meeting the 90+ Mean Lumens per Watt |
| 136 | SAMPLE DESIGN LAYOUTS FOR RETAIL BUILDINGS |
| 141 | EXTERIOR LIGHTING |
| 143 | REFERENCES and resources |
| 144 | PLUG LOADS EQUIPMENT AND CONTROL GUIDELINES |
| 146 | Table 5-6 LED Lighting Systems Energy Savings |
| 148 | References and resources |
| 149 | SERVICE WATER HEATING (swh) GENERAL RECOMMENDATIONS |
| 150 | Table 5-7 Electric Water Heater Energy Factors |
| 151 | resource |
| 152 | HVAC SYSTEMS AND EQUIPMENT HVAC SYSTEM TYPES |
| 154 | Table 5-8 DX Cooling-Only Equipment Efficiency Levels |
| 156 | Table 5-9 Constant-Volume Heat Pump Efficiency Levels |
| 157 | HVAC EQUIPMENT CONSIDERATIONS |
| 160 | Table 5-10 DOAS Cooling and Heating Equipment Efficiencies* |
| 162 | Table 5-11 Total System Effectiveness with Energy Recovery |
| 174 | REFERENCES and resources |
| 176 | QUALITY ASSURANCE (QA) COMMISSIONING |
| 178 | MEASUREMENT AND VERIFICATION (M&V) |
| 180 | REFERENCES and resources |
| 181 | ADDITIONAL BONUS SAVINGS OTHER HVAC SYSTEM TYPES RENEWABLE ENERGY |
| 185 | REFERENCES |
| 187 | Table A-1 Opaque Construction Options |
| 188 | Table B-1 International Climatic Zone Definitions |
| 189 | Definitions References |
| 190 | COMMISSIONING SCOPE OF SERVICES INTRODUCTION |
| 191 | SYSTEMS DELIVERABLES SCHEDULE |
| 192 | COMMISSIONING TASKS |
| 195 | Table C-1 Sample Commissioning Scope Matrix—Responsibilities and Schedule |
