重庆重庆某居住楼房设计竞赛文本包含

重庆

Chongqing

“两江四岸”的山城

‘themountaincityoftworiversfourbanks’_建筑设计概念_ArchitecturalApproach&DesignConcept_机电系统_EngineeringStrategies_面积和成本_Areas&Cost要素‘Contents’

建筑方案及设计概念

ArchitecturalApproach&DesignConcept?????????????????建筑方案设计理念ConceptDesignandphilosophy场地特点地域、目标联系、融合统一、力量简洁、有效优雅、深刻静态美、地标性国际感、时代感概念感、区域性、文化性一座“重庆高塔”sitespecificalocation+destinationconnected+integratedunified+strongsimple+efficientelegant+expressivecalming+identifiableinternational+iconiccontextual–regional+culturalA‘Chongqing’tower2个概念方案深化Conceptstudiesof3versions;

Vase,&LanternSiteaccess三个概念方案发展

Conceptstudiesof3versions;

Vase,Lantern&Rock三个概念方案发展Conceptstudies3-Vase,Rock&Lantern最终概念方案确立ConceptstudyofLanternformincontext?????????????????设计概概念—“柱状状”+灯笼Conceptsketches-‘‘Polebuilding’’+Lantern总平面面图Masterplan_人行流线_Pedestriansitecirculation_车行流线_Vehicularcirculation_皇冠塔楼顶部部和空中花园园_BuildingCrownandskygarden_高区酒店_HotelHigh-rise_机械房和避难难层_MEP/Refuge_中区办公_Officemid-rise_机械房和避难难层_MEP/Refuge_低区办公_Officelow-rise_商业裙房_Retailpodium_地下停车_ParkingBasement_灯笼皇冠顶部部_LanternCrown_空中花园、观观景平台、、餐饮酒吧_Rooftopskygarden+Observationdeck,rotatingrestaurant+skybar_酒店高层、中中庭_Hotelhigh-rise+centralatrium_空中花园,酒店大堂,转换层,机械房和避避难层_Skygarden,HotellobbyStructuraltransfer+MEP/refuge_中区办公_Officemid-rise_空中花园,机械房和避难层层_Sky-garden+MEP/refuge_低区办公_Officelowrise_商业裙楼_Retailpodium_地下停车_Parkingbasement竖向交通设计VerticaltransportationB3-17.1mB5-28.1mB2-12.0mB4-23.0mL25.0mB1-7.0mL310.0mL1±0.0mL4L23-37121.8m~180.6mL5-2040.2m~103.2mL38184.8mL21-22107.4m~113.4mL39189.0mL40193.2mL41199.2mL42-49203.4m~237.0mL50241.2mL51-63245.4m~295.8mL64300.0mL65304.2m剖面(北-南)Section(North-South)机电设计和和环境可持持续发展设设计EngineeringStrategies+ESD裙房墙面绿绿化,窗和零售商商业裙房剖剖面Greenwallsandframedwindows+Typicalpodiumsectionthroughretailarea办公室层立立面设计Officefaçadedetail平移核心筒筒增加南向向可使用面面积Coreoff––settonorthtoincreasefloorarea_自然/机械混合通通风策略Naturalventilationandairsupplystrategy_热风上排_Hotairexhaustattopofatrium_减压外气引引入_Coolairsupplyreliefforatrium_酒店自然/机械混合通通风系统_Hotelmixedmode–naturalventilationViaatrium_酒店空中花花园自然通通风系统_Hotelskygardennaturalventilation&Atriumsupply_外气新风由由空中花园园引入_MEPairsupplyviaskygarden(bio-filter)_办公室自然然/机械混合通通风系统_Officemixedmode–naturalventilationViavoids_办公室空中中花园自然然通风系统统_Officeskygardennaturalventilation_外气新风由由空中花园园引入_MEPairsupplyviaskygarden(bio-filter)办公室层通通风外部设设置玻璃百百叶—内庭降低风风压Externalglasslouvrefaççadeovervoid–controlexternalairpressure内庭室内侧侧设置可开开启窗户Voidinternalskinwithoperablewindows––

freshairin对立面通风风内庭形成成负压引导导气流排除除Voidonoppositesideoffloorwithoperablewindows––warmairout_雨水回收系系统示意Waterharvestingandrecyclingstrategy_雨水回收系系统_ETFErainwatercollectionring_分体雨水储储流水槽_Localstoragetanks_节水器具_Handbasincollection_分体雨水储储流水槽_Localstoragetanks_节水器具_Handbasincollection_分体雨水储储流水槽_Localstoragetanks_节水器具具_Handbasincollection_雨水收集集区_Siteroof&pondcollection雨水收集集系统Rainharvesting造型灯体体Solarlights少加工的的天然石石片Lessprocessing较浅的景景观水体体Shallowwater易于维护护且耐用用的青砖砖Easymaintenance

&durablematerials节能的LED光源LonglifeLEDglobe滴管灌溉溉系统Dripirrigationsystem透水砖Waterpermeablebrick1.气候-被动立面面设计-最大采光光-微气候调调节器2.碳-运作能源源管理-废物处理理-交通方式式-“碳中性性”电网网-低碳材料料1.Climate-PassiveFacadeDesign-MaximisingDaylight-MicroClimateModifier2.Carbon-OperationalEnergyManagement-WasteProcess-TransportationModes-CarbonNeutralGrid-LowCarbonMaterials3.WaterSystem-WaterDemandReduction-RemoveCoolingTowerDemand-ReplacePotablewithRecycledWater4.Waste-SustainableConsumptionandWasteMinimisation-SourceSegregation,StorageandCollection-ResourceRecoveryofRecyclabl