[重慶]現(xiàn)代風(fēng)格商業(yè)廣場景觀設(shè)計(jì)方案

1、重 慶Chongqing “兩江四岸”的山城the mountain city of two rivers four banks_建筑設(shè)計(jì)概念_Architectural Approach & Design Concept_機(jī)電系統(tǒng)_Engineering Strategies_面積和成本_Areas & Cost要素Contents 建筑方案及設(shè)計(jì)概念A(yù)rchitectural Approach & Design Concept?建筑方案設(shè)計(jì)理念Concept Design and philosophy場地特點(diǎn)地域、目標(biāo)聯(lián)系、融合統(tǒng)一、力量簡潔、有效優(yōu)雅、深刻靜態(tài)美、地標(biāo)性國際感、時(shí)代感概念

2、感、區(qū)域性、文化性一座“重慶高塔”site specifica location + destination connected + integrated unified + strongsimple + efficientelegant + expressivecalming + identifiable international + iconiccontextual regional + culturalA Chongqing tower2個(gè)概念方案深化Concept studies of 3 versions;Vase, & Lantern Site access三個(gè)概念方案發(fā)展Con

3、cept studies of 3 versions;Vase, Lantern & Rock三個(gè)概念方案發(fā)展Concept studies 3 -Vase, Rock & Lantern最終概念方案確立Concept study of Lantern form in context?設(shè)計(jì)概念“柱狀”+燈籠Concept sketches - Pole building + Lantern總平面圖Master plan_人行流線_Pedestrian site circulation_車行流線_Vehicular circulation_皇冠塔樓頂部和空中花園_Building Crown a

4、nd sky garden_高區(qū)酒店_Hotel High-rise_機(jī)械房和避難層_MEP/Refuge_中區(qū)辦公 _Office mid-rise_機(jī)械房和避難層_MEP/Refuge_低區(qū)辦公_Office low-rise_商業(yè)裙房_Retail podium_地下停車_Parking Basement_燈籠皇冠頂部_Lantern Crown _空中花園、觀景平臺(tái) 、餐飲 酒吧_Rooftop skygarden +Observation deck, rotating restaurant + skybar_酒店高層、中庭_Hotel high-rise + central atri

5、um_空中花園, 酒店大堂, 轉(zhuǎn)換層, 機(jī)械房 和避難層 _Sky garden, Hotel lobbyStructural transfer + MEP/refuge_中區(qū)辦公_Office mid-rise_空中花園, 機(jī)械房和避難層 _Sky-garden + MEP/refuge_低區(qū)辦公_Office low rise_商業(yè)裙樓 _Retail podium_地下停車_Parking basement豎向交通設(shè)計(jì)Vertical transportationB3 -17.1mB5 -28.1mB2 -12.0mB4 -23.0mL2 5.0mB1 -7.0mL3 10.0mL1 0

6、.0mL4L23-37 121.8m180.6mL5-20 40.2m103.2mL38 184.8mL21-22 107.4m113.4mL39 189.0mL40 193.2mL41 199.2mL42-49 203.4m237.0mL50 241.2mL51-63 245.4m295.8mL64 300.0mL65 304.2m剖面(北-南)Section (North - South) 機(jī)電設(shè)計(jì)和環(huán)境可持續(xù)發(fā)展設(shè)計(jì)Engineering Strategies + ESD裙房墻面綠化, 窗和零售商業(yè)裙房剖面Green walls and framed windows +Typical p

7、odium section through retail area辦公室層立面設(shè)計(jì)Office faade detail平移核心筒增加南向可使用面積Core off set to north to increase floor area_自然/機(jī)械混合通風(fēng)策略Natural ventilation and air supply strategy_熱風(fēng)上排 _Hot air exhaust at top of atrium_減壓外氣 引入 _Cool air supply relief for atrium_酒店自然/機(jī)械混合通風(fēng)系統(tǒng)_Hotel mixed mode natural venti

8、lationVia atrium_酒店空中花園自然通風(fēng)系統(tǒng)_Hotel sky garden natural ventilation &Atrium supply_外氣新風(fēng)由空中花園引入_MEP air supply via sky garden (bio-filter)_辦公室自然/機(jī)械混合通風(fēng)系統(tǒng)_Office mixed mode natural ventilation Via voids_辦公室空中花園自然通風(fēng)系統(tǒng)_Office sky garden natural ventilation_外氣新風(fēng)由空中花園引入_MEP air supply via sky garden (bio-f

9、ilter)辦公室層通風(fēng)外部設(shè)置玻璃百葉內(nèi)庭降低風(fēng)壓External glass louvre faade over void control external air pressure內(nèi)庭室內(nèi)側(cè)設(shè)置可開啟窗戶Void internal skin with operable windows fresh air in對(duì)立面通風(fēng)內(nèi)庭形成負(fù)壓引導(dǎo)氣流排除Void on opposite side of floor with operable windows warm air out_雨水回收系統(tǒng)示意Water harvesting and recycling strategy_雨水回收系統(tǒng)_ETFE

10、 rain water collection ring_分體雨水儲(chǔ)流水槽_Local storage tanks_節(jié)水器具_(dá)Handbasin collection _分體雨水儲(chǔ)流水槽_Local storage tanks_節(jié)水器具_(dá) Handbasin collection _分體雨水儲(chǔ)流水槽_Local storage tanks_節(jié)水器具_(dá) Handbasin collection _雨水收集區(qū) _Site roof & pond collection雨水收集系統(tǒng)Rain harvesting造型燈體Solar lights少加工的天然石片Less processing 較淺的景觀水體

11、Shallow water易于維護(hù)且耐用的青磚Easy maintenance& durable materials節(jié)能的LED光源Long life LED globe滴管灌溉系統(tǒng)Drip irrigation system 透水磚 Water permeable brick 1. 氣候- 被動(dòng)立面設(shè)計(jì)- 最大采光- 微氣候調(diào)節(jié)器2. 碳- 運(yùn)作能源管理- 廢物處理- 交通方式- “碳中性”電網(wǎng)- 低碳材料1. Climate- Passive Facade Design- Maximising Daylight- Micro Climate Modifier2. Carbon- Opera

12、tional Energy Management- Waste Process- Transportation Modes- Carbon Neutral Grid- Low Carbon Materials3. Water System- Water Demand Reduction- Remove Cooling Tower Demand- Replace Potable with Recycled Water4. Waste- Sustainable Consumption and Waste Minimisation - Source Segregation, Storage and Colle