Pearl Building Rating System - Estidama

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Calculations and Methodology � Determine the baseline building annual energy consumption as per RE-R1 Minimum Energy Performance. � Through the addition of all energy conservation measures, determine the energy reductions of the proposed building and demonstrate a percentage improvement compared to the baseline. References � ASHRAE/ASHRAE/IESNA 90.1 – 2007: Energy Standard for Buildings Except Low-Rise Residential Buildings Pearl Building Rating System: Design & Construction, Version 1.0, April 2010 150 of 223
RE-2: Cool Building Strategies Intent To determine the most effective solution to reducing a building’s cooling demand by incorporating passive design strategies as a priority. Credit Requirements Awarding Credit Points Credit Submission: Design Rating GENERAL Demonstrate that passive design measures have been incorporated into the building design to reduce the external heat gain compared with the baseline building. Reductions in the annual external heat gain must be analysed and presented according to the procedure outlined within the Calculations and Methodology section. � 1-5 Credit Points: Points are awarded based on reductions in the annual external heat gain of the proposed building compared with the baseline as follows: Points Achieved Percentage Reduction 1 10% 2 20% 3 30% 4 40% 5 50% An additional point is awarded for the use of high solar reflective roofing materials in order to help reduce the building external heat gain as well as the impact on the local microclimate. � 1 Credit Point: Use of roofing materials with a Solar Reflectance Index (SRI) � 78 ADDITIONAL REQUIREMENT/CLARIFICATIONS None . CREDIT POINTS REQUIREMENTS 6 (maximum) 1-5 Design Rating Demonstrate percentage reductions in annual external heat gain attributed to passive design measures. 1 Demonstrate that roofing materials with a high SRI will be used. 6 (maximum) 1-5 1 Construction Rating Demonstrate percentage reductions in annual external heat gain attributed to passive design measures. Demonstrate that roofing materials with a high SRI have been used. � Narrative describing the passive design measures to be incorporated within the project; � Graph and results table illustrating incremental reductions in the proposed building’s annual external heat gain (kWh/m 2 ) as outlined within the Calculations and Methodology section; � Drawings (section, plan and elevation) as necessary to fully describe all passive design measures integrated into the building design; Pearl Building Rating System: Design & Construction, Version 1.0, April 2010 151 of 223
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The Pearl Rating System for Estidam
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The Pearl Rating System for Estidam
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His Highness Sheikh Khalifa bin Zay
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His Highness General Sheikh Mohamed
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Table of Contents Introduction ....
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Introduction ESTIDAMA Estidama, whi
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THE PEARL RATING SYSTEM DOCUMENTS T
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THE PEARL RATING PROCESS The Pearl
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APPLICATION OF THE PEARL BUILDING R
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SUMMARY OF CREDIT POINTS FOR THE PE
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RE Resourceful Energy Maximum Credi
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Credit Section IDP: Integrated Deve
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IDP Integrated Development Process
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IDP-R2: Tenant Fit-Out Design & Con
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systems noted below and commence th
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IDP-2: Guest Worker Accommodation I
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IDP-3: Construction Environmental M
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IDP-5: Re-Commissioning Intent To e
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IDP-6: Sustainability Communication
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Credit Section NS: Natural Systems
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NS Natural Systems Credit Code Cred
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components, as a minimum: � Topog
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2005 � Terrestrial Environment of
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Requirement Achievement Credit Subm
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NS-R3: Natural Systems Design & Man
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NS-1: Reuse of Land Intent To encou
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Calculations and Methodology A site
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No species known to be of an invasi
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Awarding Credit Points Credit Submi
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Credit Section LB: Livable Building
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LBo Livable Outdoors Credit Code Cr
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LBo-R2: Urban Systems Assessment In
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LBo-R3: Outdoor Thermal Comfort Str
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LBo-1: Improved Outdoor Thermal Com
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LBo-2: Pearl Rated Communities Inte
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Construction Rating Calculations an
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LBo-5: Private Outdoor Space Intent
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LBo-6: Public Transport Intent To e
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LBo-7: Bicycle Facilities Intent To
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Methodology by the Abu Dhabi Urban
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LBo-9: Travel Plan Intent To reduce
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LBi Livable Indoors Credit Code Cre
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LBi-R2: Smoking Control Intent To e
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LBi-R3: Legionella Prevention Inten
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LBi-1: Ventilation Quality Intent T
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References � ANSI/ASHRAE 62.1:200
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Calculations and Methodology and Se
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Calculations and Methodology None R
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LBi-2.5: Material Emissions: Formal
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LBi-3: Construction Indoor Air Qual
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LBi-4: Car Park Air Quality Managem
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LBi-5.1: Thermal Comfort & Controls
Page 109 and 110: LBi-5.2: Thermal Comfort & Controls
Page 111 and 112: Calculations and Methodology � Pl
Page 113 and 114: Credit Submission: Construction Rat
Page 115 and 116: LBi-7: Daylight & Glare Intent To p
Page 117 and 118: Calculations and Methodology Refere
Page 125 and 126: Credit Section PW: Precious Water P
Page 127 and 128: PW Precious Water Credit Code Credi
Page 129 and 130: Fixture of Fixture Fitting Percenta
Page 131 and 132: PW-1: Improved Interior Water Use R
Page 133 and 134: PW-2.1: Exterior Water Use Reductio
Page 137 and 138: The EWA that is available to serve
Page 143 and 144: PW-3: Water Monitoring & Leak Detec
Page 145 and 146: PW-4: Stormwater Management Intent
Page 147 and 148: Calculations and Methodology � Up
Page 149 and 150: A bu Dhabi's ambitious growth targe
Page 151 and 152: RE-R1: Minimum Energy Performance I
Page 153 and 154: are not limited to: � Office equi
Page 155 and 156: energy consumption by estimating th
Page 157 and 158: RE-R3: Ozone Impacts of Refrigerant
Page 159: RE-1: Improved Energy Performance I
Page 163 and 164: Calculation example: The following
Page 165 and 166: � ASTM C1549-09, Standard Test Me
Page 169 and 170: Awarding Credit Points Credit Submi
Page 171 and 172: RE-5: Peak Load Reduction Intent To
Page 173 and 174: RE-6: Renewable Energy Intent To re
Page 175 and 176: enewable technologies and cover the
Page 179 and 180: Credit Section SM: Stewarding Mater
Page 181 and 182: SM Stewarding Materials Credit Code
Page 183 and 184: SM-R2: Basic Construction Waste Man
Page 185 and 186: Rating facilities and vehicle acces
Page 189 and 190: SM-2: Design for Materials Reductio
Page 191 and 192: SM-4: Design for Disassembly Intent
Page 193 and 194: SM-6: Design for Durability Intent
Page 195 and 196: SM-8: Material Reuse Intent To prom
Page 201 and 202: SM-11: Rapidly Renewable Materials
Page 203 and 204: SM-12: Reused or Certified Timber I
Page 205 and 206: SM-13: Improved Construction Waste
Page 209 and 210: Credit Section IP: Innovating Pract
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IP Innovating Practice Credit Code
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IP-2: Innovating Practice Intent To
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Acronyms ACM Asbestos Containing Ma
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SLL Society of Light and Lighting S
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Glossary The glossary for the Pearl
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that have been lost or damaged. Com
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Groundwater The water that occurs b
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The main application is the convers
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Solar Reflectance Index (SRI) The m
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Appendix A Relationship Between Com
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SM-R2 Basic Construction Waste Mana
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Abu Dhabi Municipality Al Ain Munic
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