标准规范下载简介

DB11 938-2012 绿色建筑设计标准 英文版.pdf

14SpecialDesignControl

14.1 General Requirements

14.2BuildingCurtain Wall

GB／T 39463-2020 工业机器人电气设备及系统 通用技术条件.pdf14.3Reclaimed water Treatment and RainwaterRecycling Systems

.4SolarThermal andPhotovoltaic Systems

14.4.6Thesolarhotwatersystemshallbeeguippedwithanautomaticc

4.5HeatPumpSyste

4.5.2The design of

pollution shall beproduced to theundergroundwaterresources; 2 For soil source heat pump system, the heat balance shall be calculated between the heat extraction on the source side and the heat rejection, so as to avoid the continuous rising orfalling of soil temperaturecausedbythe imbalancebetweenheatextractionandheatrejection. 14.5.4Heatpumpsystemsshallbeprovidedwithmeteringdevicesbyitemsforheat supplyand drivingenergy

14.6IceStorageSystem

14.6IceStorageSystem

14.7Building Intelligent Systems

continueA. 0.106 Electricity (the part in grey background is optional)Filled by:D19 Lighting power density ofD20 Target energy efficiency ofmain spacestransformerBrief description of design (can be attached below)07 LandscapeFilled by:D21 Lighting power density of building facade nightscapeD24 Shading ratio of sidewalk and bicycle roadD22 Solar radiation absorption factor ofD25 Number of arbors/100m² green spacerigid pavement (average value)D23 Shading ratio of outdoor parking spacesD26 species of woody plantsBrief description of design: (can be attached below)08 Interior DecorationFilled by:D27JRatio of construction and decoration integrationBrief description of design:09 NotesFilled by:(Brief introduction of project features)Description:1, The design organization shall fill in truthfully in correspondence to different design stages according to the actual design situation.2. Please refer to Chapter 4 “Index System" in this standard for the index reference limits and corresponding calculation methods.3. The parts in grey background are optional contents in scheme stage.4. The description part can be attached below if excessive.A,0.2IntegratedReviewSheet(PublicBuilding,Scheme stage)Table A, 0. 2Integrated Review Sheet (Public Building, Scheme stage)01Basic InformationFilled by:Project nameLocationFloor aream2Total land areahm2Floor area ratio(Commercial housing,Building typeBuilding heightindemnificatory housing)OwnerContact person and wayDesign organizationContact person and wayConsulting organizationContact person and wayDesign starting and ending timeDesign stageProject progressApplication time plannedApplication level planned62·

continueA.0.4

06 ElectricitycontinueA. 0.4Filled by:D19 Lighting power densityD20 Target energy efficiencyof main spacesof transformer07 LandscapeFilled by:D21 Lighting power density ofD22 Solar radiation absorptionbuilding facade nightscapefactor of rigid pavement (average value)D23 Shading ratio of open parking spacesD24 Shading ratio of sidewalk and bicycle roadD25Number of trees/100m²green spaceD26 Kinds of woody plants08 NotesFilled by:(Brief introduction of project features)Description:1. The design organization shallfll in truthfully in correspondence to different design stages according to the actual design situation.2. Please refer to Chapter 4 “Index System” in this standard for the index reference limits and corresponding calculation methods.3. The parts in gray background are optional contents in scheme stage.4. The description part can be attached below if excessive,69:

B0.1OutdoorMeteorologicalParameters

AppendixBBeijingDesignData Collection

Theoutdoor meteorological parametersmay refer toTableB.O.1.Thetime spanfor the meteorologicalstatisticsisJanuary1,1971~December31,2000

Table B, 0. 1 List of Meteorological Parameters

B,0.3PrecipitationConditionsforDesign

PrecipitationConditionsforDesign

B.0.4Material Resources

Table B. 0. 4 List of Material Selection for Green Building

continueB.0.4

B. 0. 5 Native Plants

B.0.6PlantsforRootGreening

relertotheplantsrequiringcertainmicroclimateconditionsinroofgreening

B.0.7ShallowGeothermalResource

Figure B, 0.7Zoning Map of Shallow Geothermal Resource in Beijing 0.8BasicDataforCarbonEmissionCalculation

Table B. 0.8Basic Data for Carbon Emission Calculation

continueB.0.8

continue B.0. 9

AppendixCBoundaryConditionsfor Simulation

C.0.1Outdoor Wind Environment Simulation

e research achievements by the Architectural Institute of Jap

U(z) = Us (2) I(z) = Gu(z) = 0.1 (% )(0. 05) U(z)

Table C, 0.2Setup Parameters of Reference Building and Designed Building

continue C.0.2

C.0.3Natural Lighting Simulatior

Simulation target:

C,0.4Natural Ventilation Simulation

GB／T 35091-2018 闭式高速压力机 型式与基本参数CLQ=FCsCnDi.maxCLQ

actualdesignschemeorthespecificationsofDB11/891DesignStandardforEnergySavingof ResidentialBuildingsandDB11/687DesignStandardforEnergySavingofPublicBuildingsof Beijing. g) Other objects except equipment which heats, etc. shall be treated as heat insulating oundary. Notices for simulation: 1)Thesimulationshallbeanalyzed accordingtothesteadystate; 2)If the interferenceof the indoorheat sourceis farlargerthan theheat transfer of the wall,theheatoftheheatconductingpartof thewall maybeignored,buttheheat obtainedfromsolarradiationshallnotbeignored Outputresults: 1)Number of ventilation times for each room of building; 2)Averageflowspeedof room; 3)Indoortemperaturedistribution; 4) Distribution of indoor air age.

5OutdoorNoise Sim

tdoor Heat Island Sim

DB34／T 3587-2020 城镇排水管道检测与修复技术规程.pdfExplanationofWording inThis Standard

List ofQuotedStandards

GeneralI nformation] SS号=13756307