内庭室内侧设置可开启窗户
Void internal skin with operable windows – fresh air in
对立面通风内庭形成负压引 导气流排除
Void on opposite side of floor with operable windows – warm air out
_雨水回收系统 _ETFE rain water collection ring
_分体雨水储流水槽 _Local storage tanks
_节水器具 _Handbasin collection
_分体雨水储流水槽 _Local storage tanks
_节水器具 _ Handbasin collection
_中区办公 _Office mid-rise
_空中花园, 机械房和避难层 _Sky-garden + MEP/refuge
_低区办公 _Office low rise
_商业裙楼 _Retail podium
_地下停车 _Parking basement
竖向交通设计 Vertical transportation
总平面图 Master plan
_人行流线 _Pedestrian site circulation
_车行流线 _Vehicular circulation
_皇冠塔楼顶部和空中花园 _Building Crown and sky garden
_高区酒店 _Hotel High-rise
较浅的景观水体 Shallow water
节能的LED光源 Long life LED globe
少加工的天然石片 Less processing
易于维护且耐用的青砖 Easy maintenance & durable materials
滴管灌溉系统 Drip irrigation system
透水砖 Water permeable brick
重庆 Chongqing
“两江四岸”的山城-建筑方案设计 ‘the mountain city of two rivers four banks’
要素 ‘Contents’
_建筑设计概念 _Architectural Approach & Design Concept
_机电系统 _Engineering Strategies
国际感、时代感 概念感、区域性、文化性
一座“重庆高塔”
site specific a location + destination connected + integrated
unified + strong simple + efficient elegant + expressive calming + identifiable
_分体雨水储流水槽 _Local storage tanks _节水器具 _ Handbasin collection _雨水收集区 _Site roof & pond collection
_雨水回收系统示意 Water harvesting and recycling strategy
1. 气候 - 被动立面设计 - 最大采光 - 微气候调节器
_空中花园、观景平台 、餐饮 酒吧
_Rooftop skygarden + Observation deck, rotating restaurant + skybar
_酒店高层、中庭 _Hotel high-rise + central atrium
_空中花园, 酒店大堂, 转换层, 机械房 和避难层 _Sky garden, Hotel lobby Structural transfer + MEP/refuge
_外气新风由空中花园引入 _MEP air supply via sky garden (bio-filter)
_自然/机械混合通风策略 Natural ventilation and air supply strategy
办公室层通风外部设置玻璃 百叶—内庭降低风压
External glass louvre façade over void – control external air pressure
2. 碳 - 运作能源管理 - 废物处理 - 交通方式 - “碳中性”电网 - 低碳材料
1. Climate - Passive Facade Design - Maximising Daylight - Micro Climate Modifier
3. 水系统 - 削减水需求 - 取消冷却塔的水需求 - 用回收水替代可饮用水
_外气新风由空中花园引入 _MEP air supply via sky garden (bio-filter)
_办公室自然/机械混合通风系统 _Office mixed mode – natural ventilation Via voids
_办公室空中花园自然通风系统 _Office sky garden natural ventilation
_面积和成本 _Areas & Cost
建筑方案及设计概念 Architectural Approach & Design Concept
建筑方案设计理念 Concept Design and philosophy
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
4. 废弃物处理 - 可持续的消费及废物最小化 - 废物分离，存放及收集 - 可回收废物的资源回收 - 绿色发电
雨水收集系统 Rain harvesting
2. Carbon - Operational Energy Management - Waste Process - Transportation Modes - Carbon Neutral Grid - Low Carbon Materials
3. Water System - Water Demand Reduction - Remove Cooling Tower Demand - Replace Potable with Recycled Water
造型灯体 Solar lights
4. Waste - Sustainable Consumption and Waste Minimisation - Source Segregation, Storage and Collection - Resource Recovery of Recyclable Waste - Green power generation
三个概念方案发展 Concept studies 3 -Vase, Rock & Lantern
Site access
最终概念方案确立 Concept study of Lantern form in context
设计概念—“柱状”+灯笼 Concept sketches - ‘Pole building’ + Lantern
面积和成本计算 Areas & Cost
结束 The END
L40 193.2m L42-49 203.4m~237.0m
L50 241.2m L64 300.0m
L51-63 245.4m~295.8m L65 304.2m
剖面(北-南) Section (North - South)
机电设计和环境可持续发展设计 Engineering Strategies + ESD
B5 -28.1m B3 -17.1m
B4 -23.0m B2 -12.0m
B1 -7.0m L2 5.0m
L1 ±0.0m L3 10.0m
L4
L5-20 40.2m~103.2m
L21-22 107.4m~113.4m
L23-37 121.8m~180.6m
L38 184.8m
L39 189.0m L41 199.2m
_机械房和避难层 _MEP/Refuge _中区办公 _Office mid-rise
_机械房和避难层 _MEP/Refuge _低区办公 _Office low-rise
_商业裙房 _Retail podium _地下停车 _Parking Basement
_灯笼皇冠顶部 _Lantern Crown
_热风上排 _Hot air exhaust at top of atrium
_减压外气 引入 _Cool air supply relief for atrium
_酒店自然/机械混合通风系统 _Hotel mixed mode – natural ventilation Via atrium
_酒店空中花园自然通风系统 _Hotel sky garden natural ventilation & Atrium supply
international + iconic contextual – regional + cultural
A ‘Chongqing’ tower
三个概念方案发展 Concept studies of 3 versions; Vase, Lantern & Rock
2个概念方案深化 Concept studies of 3 versions; Vase, & Lantern
裙房墙面绿化, 窗和零售商业裙房剖面
Green walls and framed windowsough retail area
办公室层立面设计 Office façade detail
平移核心筒增加南向可使用面积 Core off – set to north to increase floor area