1、CHAGNSHU SOUTH NEW-TOWN CENTRAL DISTRICT URBAN PLANNING?0105060708020304?BACKGROUNDCONCEPTPLANSUSTAINABILITYURBAN PLANNINGSITE ANALYSISVISIONDESIGN DIAGRAM?PROJECT BACKGROUND01?PROJECT BACKGROUND01?CHAGNSHU LOCATION?CHAGNSHU LOCATION?CHAGNSHUSHANGHAISUZHOUJIANGSU CHANGSHU CITY,LOCATED IN THE SOUTH O2、F JIANGSU PROVINCE,IS A COUNTY-LEVEL CITY HOSTED BY SUZHOU CITY.?CHAGNSHU HISTORY太湖Taihu Lake常州Changzhou常熟市Changshu尚湖Shang Lake昆承湖Kuncheng Lake湖州府Huzhou松江府Songjiang苏州府Suzhou?CHANGSHU IS LOCATED IN THE SOUTH OF THE YANGTZE RIVER AND IS KNOWN AS THE“JIANGNAN FUDI”.IT IS ONE OF THE BIRTHPLACES OF WU CU3、LTURE.ACCORDING TO THE QIANDIXIANG NEW STONE CULTURAL SITE,THE EARLIEST ORIGINAL CULTURAL SITE IN CHANGSHU DISCOVERED IN 1988,IT WAS CONFIRMED THAT AS EARLY AS 5,000 YEARS AGO,HUMANS LIVED IN FERTILE LAND IN CHANGSHU.?CHAGNSHU CULTUREFOODCULTURENATURE?GARDENSCENIC SPOTS?CHAGNSHU CULTURE?MODERN CHANG4、SHU?CHAGNSHU?SHANGHAI?SUZHOU?WUXI?NANTONG?CHANGZHOU?TO SHANGHAI 2H?TO NANTONG 2.5H?TO WUXI 1H?TO CHANGZHOU 2H?TO NANJING 3H0.5?TO SUZHOU 0.5H?NEXT TO TAICANG,100 KILOMETERS AWAY FROM SHANGHAI;SUZHOU BY SOUTH;WEST OF WUXI,JIANGYIN;YANGTZE RIVER GOLDEN WATERWAY ON NORTHEAST,AND NANTONG ACROSS THE RIVE5、R;NORTHWEST BORDER WITH ZHANGJIAGANG.THE LONGEST DISTANCE BETWEEN THE EAST AND THE WEST IS 49 KILOMETERS,AND THE DISTANCE BETWEEN NORTH AND SOUTH IS 37 KILOMETERS.THE TOTAL AREA OF 1264 SQUARE KILOMETERS.?NANJING?CHINA NATIONAL HISTORICAL AND CULTURAL CITYINTERNATIONAL GARDEN CITYJIANGNAN YUMI TOWNS6、HIP EXCELLENT TOURISM CITY IN CHINAMODERN CHANGSHU HAS BEEN NAMED AS A NATIONAL HISTORICAL AND CULTURAL CITY,AN OUTSTANDING TOURIST CITY IN CHINA,AN INTERNATION-AL GARDEN CITY,A MEMBER OF CHINAS“REGIONAL ECONOMIC DEVELOPMENT COUNTY TEAM”,AND IS ONE OF THE NATIONAL ECOLOGICAL CITIES IN CHINA.MODERN C7、HANGSHU?CHANGSHU FUTURE?CHANGSHU?SHANGHAI?NANJING?SUZHOU?ZHANGJIAGANG?TO SHANGHAI 0.5H?TO NANJING 1.5H?TO SUZHOU 1/3H?TO ZJG 1/4H?ALONG THE RIVER,THE INTERCITY RAILWAY LINE IS OPEN,AND CHANGSHU WILL OPEN INTERCITY TRAINS TO SHANGHAI AND NANJING.IT WILL REACH SHANGHAI IN HALF AN HOUR AND REACH NANJIN8、G IN AN HOUR AND A HALF.?CHANGSHU IMPRESSION?CHANGSHU IS SUCH A CITY THAT BOASTS 5,000 YEARS OF HISTORICAL ACCUMULATION,AND HAS REVIVED IN THE NEW ROUND OF RAPID DEVELOP-MENT OF THE YANGTZE RIVER AREA.?THE FOCUS OF URBAN DEVELOPMENT?THE FOCUS OF DEVELOPMENT IS ALSO SHIFTED FROM THE OLD CITY TO THE S9、OUTHERN NEW CITYN?SITE?Kuncheng Lake?CHAGNSHU LOCATION?THE SOUTHERN NEW CITY IS DIVIDED INTO SEVEN REGIONS,OF WHICH OUR BASE IS LOCATED IN THE CORE AREA OF HUDONG SCIENCE AND TECHNOL-OGY BUSINESS DISTRICT.N?ANALYSIS OF THE FUNCTION?HUDONG SCIENCE AND TECHNOLOGY BUSINESS DISTRICT PLANS TO BUILD A TOT10、AL CONSTRUCTION AREA OF 469 HECTARES,INCLUDING RESIDEN-TIAL,COMMERCIAL AND PUBLIC FACILITIES.OUR SITE IS LOCATED IN THE MIDDLE SECTION OF COMMERCIAL FINANCIAL STRIP LAND.?PROJECT BACKGROUND01?SITE ANALYSIS02?SURROUNDING LANDSCAPE?THERE ARE 30M LANDSCAPE GREEN CORRIDORS IN THE INTERIOR OF THE SITE,AN11、D THE PART OF THE BUILDING OVER 100 METERS HAS A VIEW OF KUNCHENG LAKE?N?SITE?SITE?SITE?SITE?SITE?SITE?PERIPHERAL TRAFFIC ANALYSIS?THE NEW CENTURY AVENUE ON THE WEST SIDE OF THE BASE IS A VIADUCT,MAINLY TO TAKE THE DIRECTION OF CHANGSHU CITY AND SUZHOU SHANGHAI;THE EAST SIDE OF THE SITE IS MAINLY TO12、 TAKE THE TRANSPORTATION FROM HUSHAN ROAD.CHANGSHU ANCIENT CITY,CBD,STATION DIRECTIONCHANGSHU ANCIENT CITY,CBD,STATION DIRECTIONSUZHOU SHANGHAI DIRECTION?MAIN ROADSECONDARY ROADBRANCH ROAD?N?SURROUNDING SITE ANALYSIS?SITE?SITE?SITE?SITE?SITE?SITESUBWAY STATIONSUBWAY STATIONBUS STOPBUS STOPBUS STOPTH13、E NORTHWEST AND NORTHEAST CORNER OF THE SITE IS GOING TO PLAN SUBWAY STATION环境优美住宅规划本地块临近昆承湖，并有绿化带流水环绕，提供了优美的生活环境.未来规划大量住宅给项目带来数量庞大的潜在优质客群。未成规模洼地效应基地处于新城规划区，周边地块未完全开发，未形成成熟商圈。大城市环绕，需形成特色文化基地，吸引外来资源向本地区汇聚、流动，弥补本地资源结构上的缺陷。交通便利经济发展场地两端分别设有公交站和地铁站，带来大量商业客流和企业驻户。常熟经济发展迅速，未来形成的高铁网将给常熟带来前所未有的机遇。地块阻隔地块整合场地西14、侧新世纪大道道路宽阔，有高架经过。西侧北侧东侧均设有绿化带，对场地商业人流与展示面造成阻隔。场地被三个地块以及中间的绿色景观分隔，需形成风格统一的整体形象。STRENGTHOPPORTUNITYTWEAKNESSTHREATEN?SWOT ANALYSISBEAUTIFUL ENVIRONMENTRESIDENTIAL PLANNINGECONOMIC DEVELOPMENTGROUND EFFECTPARCEL INTEGRATIONCONVENIENT TRANSPORTATIONUNSCALEDBLOCKING?WHAT KIND OF CITY SUB CENTER SHOULD TH15、E FUTURE CHANGSHU NEED?PROJECT BACKGROUND01?VISION03COMMUNALCULTURALCOMFORTCOMPLEXCONNECTIONC B DDISTRICT区BUSINESS商务CENTRAL中央COMMUNALCLOSURE?CULTURALEFFICIENCY?CONNECTIONSINGLE DIMENSIONCOMPLEXSINGLE FUNCTION?COMFORTLIVING MACHINE?CCBD?HOW TO LEVERAGE ADVANTAGES AND CHALLENGE DISADVANTAGES TO BUILD 16、A CCBD THAT INHERITS THE CHANGSHU CONTEXT?PROJECT BACKGROUND01?URBAN DESIGN DIAGRAM04?CCBD?LEARN FROM ZENG ZHAOYUANS GARDENING TECHNIQUES TO CREATE A GARDEN CCBD?OPEN SPACE FUNCTION BUILDINGCONNECTIONCREATE LANDSCAPESITE AND SURROUNDING CONTEXT项目地块及场地周边?SITE?SHUI XIEINHERITING ZENG ZHAOYUANS PRACTIC17、E OF WATER SPACE,THE FIRST FLOOR OF THE PARK IS OPEN TO THE PUBLIC,COMBINED WITH THE ORIGINAL PLANNED LANDSCAPE CORRIDOR TO FORM A NET-LIKE PUBLIC SPACE SYSTEM.传承曾赵园水榭空间的做法，首层园区对外开放，结合原规划景观通廊，形成网状公共空间体系?LOU GEHOUSES ARE LOCATED ON THE SOUTH SIDE,STAGGERED TO THE NORTH AND SOUTH,ENSURING SUFFICIENT S18、UNSHINE南侧布置住宅，正南北法线错开，保证充足日照?LOU GETHE HOTEL IS LOCATED ON THE NORTH SIDE OF THE SITE,NEAR THE MAIN ROAD CROSS,SHOWING GOOD POSITION酒店位于基地北侧，临主要道路交叉口，展示效果好昆承湖湖景?LOU GE顺应地形依次布置四栋高层写字楼，由东至西高度依次跌落。底层裙房做商业，与现有建筑形成商业氛围IN RESPONSE TO THE TOPOGRAPHY,FOUR HIGH-RISE OFFICE BUILDINGS WERE SUCCESSIVELY ARRANGE19、D,AND THEY FELL IN ORDER FROM EAST TO WEST.THE GROUND FLOOR PODIUM IS COMMERCIAL AND FORMS A COMMERCIAL ATMOSPHERE WITH EXISTING BUILDINGS?LOU GE三栋高层写字楼沿中央绿化带两边布置，在入口处形成商业广场，与东边商业形成顺接关系THREE HIGH-RISE OFFICE BUILDINGS ARE ARRANGED ALONG THE TWO SIDES OF THE CENTRAL GREEN BELT,FORMING A COM-MERCIAL P20、LAZA AT THE ENTRANCE,FORMING A DIRECT CONNECTION WITH THE EASTERN COMMERCE.?CHANG LANG继续沿用曾赵园长廊连桥等手法，用一条公共步行带将所有功能及公共空间串联，形成立体步行商业网络，并在东侧地块引入地下商业街，与地铁相连LEARN FROM ZENG ZHAO GARDEN PROMENADE LINK BRIDGE,USE A PUBLIC WALKING BELT TO CONNECT ALL FUNCTIONS AND PUBLIC SPACES IN SERIES,FORM A THREE-DIMENS21、IONAL PEDESTRI-AN COMMERCIAL NETWORK,AND INTRODUCE UNDERGROUND COMMERCIAL STREETS ON THE EASTERN SIDE OF THE BLOCK,CONNECTED WITH THE SUBWAY.?ZAO YUAN借鉴曾赵园造园方法，通过水景，地景，空中景观多层次的打造，形成具有山水园林韵味的CCBDLEARN FROM ZENG ZHAOYUANS GARDENING METHODS AND CREATE MULTI-LAYERED WATERSCAPES,LANDSCAPES AND AERIAL LAN22、DSCAPES TO FORM CCBD WITH CHINESE GARDEN FEATURE.?PROJECT BACKGROUND01?DESIGN CONCEPT05?IN A FOLK LEGEND OF ANCIENT CHINA,PEOPLE IN ANCIENT TIMES IMAGINED THAT THESE GOLDEN SQUID JUMPED OVER THE GANTRY AND THEY WOULD CHANGE AND BECOME A DRAGON AND GO TO HEAVEN,MEANING THAT THEY WERE STRUGGLING TO RI23、SE UPWARD.LI YUE LONG MEN?ENTHUSIASTICALLY,THE LONGMEN ORIGINALLY MEANT THAT THE SQUID COULD TURN INTO A DRAGON AFTER JUMPING OVER THE GANTRY AND FLEW AWAY TO MAKE A STATEMENT,WHICH MEANS THAT THE SQUID IS STRUGGLING TO RISE UP OR FLY.?AERIAL VIEW?BLOCK ONE AERIAL VIEW?VIEW ALONG HUSHAN ROAD?VIEW AL24、ONG HUSHAN ROAD?VIEW FROM BLOCK THREE?VIEW FROM BLOCK TWO?AERIAL VIEW?PROJECT BACKGROUND01?URBAN PLANNING06?MASTERPLAN?92.1061400.313.50214901.07?42500.0070?145201.0770?27200.00?241.1027400.144.00109600.55?343.6029066.812.8081387.07?476.2050800.252.50127000.64?522.5015000.082.5037500.19?659.2039466.25、861.7067093.67?763.4042266.882.0084533.76?837.7025133.462.0050266.92435.80290534.79?772283.86?1?29066.81145217.681404?6640482%?1500018%63813.614182.830%30%?MASTERPLAN?6139428534621487970?14117966%?40002%?4250020%70?2720013%704671432.63.530%30%?27338201468.8109352?9935291%?100009%92116.82047430%30%?F26、UNCTION DIAGRAM?Retail?Hotel70?Apartment70?Residential70?Residential?5A Offi ce?5A Offi ce70?ResidentialPPPPPPP?CIRCULATION DIAGRAM?Vehicle route?Pedestrian route?Underground retail pedestrian route?Underground parking entrance?Main vehicle entrance?Drop offP?To Metro?To Hotel&Ballroom?LANDSCAPE DIA27、GRAM?landscape route?landscape?Retail sunken plaza?Retail sunken plaza?Retail plaza?Water landscape?Public green space?Entrance plaza?HEIGHT ANALYSIS?SKY LINE180m150m150m100m100m60m50m100m100m90m80m70m?SUNLIGHT DIAGRAM?PROJECT BACKGROUND01?PLAN AND SECTION07?HOTEL AND APT PLANGROUND FLOOR?HOTEL?APAR28、TMENT?HOTEL AND APT PLAN2ND FLOOR?HOTEL?APARTMENT?HOTEL AND APT PLANAPT TYPICAL FLOORAPT TYPICAL ROOM?EFFICIENCYUNIT AREA?HOTEL AND APT PLANHOTEL TYPICAL FLOORHOTEL TYPICAL ROOM?EFFICIENCYROOM AREA?RESIDENTIAL PLAN?RESIDENTIAL?EFFICIENCYUNIT A AREAUNIT B AREAUNIT C AREAUNIT D AREA?BASEMENT PLAN?PARK29、ING?RESIDENTIAL?HOTEL?RETAIL?HOTEL AND SITE SECTIONHOTELAPTFACILITIESRETAIL?PROJECT BACKGROUND01?SUSTAINABILITY08?From the outset of the design process,our sustainability team employs our in-house analytical tools to develop unique and cutting-edge environmental design strategies for every project.W30、e view each Architectural and Interior Design solution as a beacon for change and hope to lead by example.In order to increase our staff s knowledge of sustainable design and construction,we launched the LEED NOW campaign back in 2008.At present,we have a large?We use the latest modeling and simulat31、ion software to develop sustainable/green design ideas.The IDEAS Box is an in-house environmental specialists-use analytical tool that supports the design process by providing performance metrics from inception to construction and operation.GREEN BIMINTEGRATED DESIGNPLATFORMAccess Simulation Simulat32、ionBIM SurveySimulationSimulation OptimizationOpen Space Sunlight Solar Heat GainClimateAnalysis3D Laser ScanCFD Wind Environment Daylight AccessView VantageSunshine GFASimulationSunshineRegulation?JINYU XISANQI PROJECT ARCHITECTURE DESIGNSUSTAINABLE CONCEPT?SUSTAINABLE AND ENERGY EFFICIENT DESIGN S33、TRATEGIES-SITE PLANNING&DESIGN环保建筑设计策略-可持续基地规划设计地面设计增加绿化和水体，配合优化室外自然通风建筑布局，减低城市热岛效应。Increase area of landscape and optimize outdoor ventilation to reduce UHI.大量使用绿化屋顶设计，既可以减少顶层的制冷负荷，同时有效减轻城市热岛效应。Large area of green roof and sky garden to reduce cooling load for top level and mitigate Heat Island eff34、ect.采用高太阳反射值的屋面材料，增加反射太阳热量的能力，从而减缓城市热岛效应和建筑制冷需求。Use roofi ng materials with high solar re-fl ectance index(SRI)value to maximize refl ectance of solar radiation to mitigate heat island effect.通过CFD、太阳辐射热、遮阳、自然采光潜力等计算机分析手段，优化建筑设计。Optimize the design through CFD,solar heat gain,shading and daylight si35、mula-tions.合理开发地下空间用于商业和停车，让更多地面空间用于绿化。Use of underground space for retail and car parking.More space on ground level for greening.最大化自然通风潜力，减少使用空调，使得室内外更舒适。Design to maximize potential for cross ventilation to minimize use of air condi-tioning and enhance outdoor and indoor space comfort.564312345636、12SUSTAINABLE AND ENERGY EFFICIENT DESIGN STRATEGIES-WATER EFFICIENCY&RECYCLE环保建筑设计策略-节水和水资源循环设计1234567雨水用于浇灌，以减少市政用水的负荷。The collected rainwater can be used for landscape irrigation to reduce municipal water consumption.收集屋顶的雨水，并过滤和消毒，用作其他的用途，减少市政用水。Collect rainwater from roofs for reuse to reduce m37、unicipal water consumption.制冷机冷凝水循环使用，以减少市政用水的负荷。Reuse condensate from chiller plant to reduce municipal water consumption.景观植物选用本土品种或用水量较低的品种，减少景观浇灌的需求量。Use local species or species require less irrigation for the landscape planting to re-duce water consumption.中水系统，收集洗手间洗手水用于冲厕。Greywater system to38、 treat and reuse the waste water from basins in toilet and pantry.雨水用于室外和车库清洁，以减少市政用水的负荷。The collected rainwater can be used for road and basement capark cleansing to reduce municipal water consumption.使用低流量高效率用水设备，以减少市政用水的负荷。Use WELS Excellent fi ttings to reduce municipal water consumption.167325439、中水系统雨水收集系统1234765尽量利用自然光，以减少灯光照明的能耗。Use daylight through glazed facade to minimize use of artifi cial lighting.使用双层Low-E中空玻璃，阻挡太阳热辐射，减少建筑的制冷能耗。Double Low-E glass to reduce solarheatgainandcoolingload.利用排出的冷空气预冷新风，达到节能效果。Captures waste energy of exhaustcool air to pre-cool the fresh air tosaveenergy.40、使用变频式（VVVF）、具备无客睡眠、自动关闭等功能的升降机和扶手梯，以节省能耗。VVVF Lift&Escalator.Use lifts andescalatorswithACVVVFmotordriveandsleepmodefeaturestominimizeenergyuse.使用全电脑控制公共区域照明系统监测和控制系统，对建筑公共区域的照明用电进行实时监测和调控。Real time monitor and control of light-ing system in common space,such as lift lobbies and club house.屋面和平台铺面采用41、高太阳反射值浅色材料，增加太阳辐射热的反射，从而减少热量吸收，以减少制冷能耗。UselightcolormaterialswithhighSRIvalueforroofandpodiumtoreducecoolingload.使用日光感应调节、人员传感器等装置，控制公共区域的灯光和空调，改善舒适性和节能。Use sensor to control lighting and HVAC in the common space to improve indoor comfort.4321765SUSTAINABLE AND ENERGY EFFICIENT DESIGN STRATEGIES-ENE42、RGY EFFICIENCY 环保建筑设计策略-建筑节能设计SUSTAINABLE AND ENERGY EFFICIENT DESIGN STRATEGIES-SUSTAINABLE MATERIALS环保建筑设计策略-可持续建材1234765使用循环成分含量较高的建筑材料。总体循环成分占比不低于20%。Usematerialswithhighrecycledcon-tent.Total recycled content not lessthan20%.30%建筑材料使用距离基地800公里以内，以减少运输的能耗和交通污染。At least 30%materials within 800km 43、to reduce energy use and pollution by transportation.建筑与室内一体化施工，减少室内装修所引起的二次施工的施工废料和污染。Integrated construction for superstruc-ture and interior fi tting out to minimize construction waste and pollution.项目75%的永久性安装的木材源自经过认证的可持续管理森林。75%timber in the project are from sustainablely managed forest,e.g.FS44、C forest.使用对大气破坏潜力和对地球暖化影响最低的空调冷媒。不使用以CFC为基础的材料。Use refrigerant with low ozone depletion potential and global warming potential.Also,no CFC based materials will be used.分析建筑结构、材料等生命周期成本，选取成本较低的建筑结构和材料。Conduct Product Life Cycle analysisforthebuildingstructureandmate-rial.使用可快速生长的建筑材料能减低建筑的内在能耗和生命周期成45、本。Rapidly renewable bamboo material to reduce the embodied energy and life cycle cost.1627534808080 0 0808080808 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0k kmk k k kmk kmkmk kmk k k kmk kmk kmk k kmkmkmmkmmkmk k k kmmk k kmmmmmSUSTAINABLE AND ENERGY EFFICIENT DESIGN STRATEGIES-HEALTHY&SAFE ENVIRONMENT环保建筑46、设计策略-健康和安全的室内环境vocs1234567建筑布局有利于整体的室外自然通风，提高整个小区的通风效率和人们的热舒适性。MLP is optimized to maximize the natu-ral ventilation performance.As a result,comfort of residents can be enhanced.在所有公共区域禁止吸烟，以大大改善室内、外的空气质量。Prohibit smoking in the common areas within the entire site and all buildings to enhance air qu47、ality.室内装修用的油漆、密封胶等，用低或无VOC的产品，减低对人们健康的威胁。Use LOW or NO VOC content paints,sealant and carpet products to safeguard occupants health.空调新风采用MERV13或者以上的高效能过滤网，确保室内空气质量。Use HEPA fi lter,at least MERV 13,for HVAC system to improve indoor air qual-ity.通过外窗尽量利用自然光，同时让居民能够感受室外的变化，增加视觉的舒适性。Use of daylight t48、hrough glazed facade to enhance indoor visual comfort.建筑之间视野良好，尽量避免建筑之间的视线干扰。同时大部分室内空间都拥有室外景观，提高视觉舒适性。Good external view access to enhance visual comfort and value of the premises.建筑外遮阳、窗帘遮阳等手段可以减少室内的眩光，从而大大提高室内的视觉舒适性。External shading can greatly reduce the glare problem and improve visual com-fort 49、of occupants.1673452GB50378 3STAR GREEN BUILDINGGB50378-三星绿色住宅建筑认证?4.1.1?YY4.1.2?YY4.1.3?YY4.1.4?YY4.2.1?19194.2.2?974.2.3?634.2.4?444.2.5?444.2.6?664.2.7?424.2.8?994.2.9?334.2.10?634.2.11?634.2.12?334.2.13?964.2.14?634.2.15?6610081?5.1.1?YY5.1.2?YY5.1.3?YY5.1.4?YY5.2.1?665.2.2?665.2.3?10105.2.4?66550、.2.5?665.2.6?10105.2.7?665.2.8?965.2.9?555.2.10?885.2.11?335.2.12?555.2.13?335.2.14?305.2.15?405.2.16?10010080?6.1.1?YY6.1.2?YY6.1.3?YY6.2.1?06.2.2?726.2.3?886.2.4?666.2.5?06.2.6?10106.2.7?10106.2.8?1066.2.9?556.2.10?15156.2.11?846.2.12?748670?7.1.1?YY7.1.2?YY7.1.3?YY7.2.1?997.2.2?557.2.3?1067.2.4?551、07.2.5?557.2.6?607.2.7?07.2.8?10107.2.9?557.2.10?1087.2.11?557.2.12?10107.2.13?07.2.14?08063?11.2.2?1011.2.3?1011.2.4?1111.2.5?1011.2.6?1011.2.7?011.2.8?2211.2.9?1011.2.10?2111.2.11?1011.2.12?20134?8.1.1?YY8.1.2?YY8.1.3?YY8.1.4?YY8.1.5?YY8.1.6?YY8.1.7?8.2.1?668.2.2?968.2.3?428.2.4?338.2.5?338.2.6?8452、8.2.7?1468.2.8?12128.2.9?888.2.10?1368.2.11?748.2.12?858.2.13?5510070?GB50378 3STAR GREEN BUILDINGGB50378-三星绿色住宅建筑认证三星级绿色公共建筑北京金隅西三旗项目81%80%81%79%70%40%节地与室外环境 节能与能源利用 节水与水资源利用 节材与材料资源利用 室内环境质量 提高与创新达到绿色建筑路径 三星级绿色公共建筑北京金隅西三旗项目BEIJING JINYU XISANQI PROJECT中国绿色建筑评价标准二星级公共建筑节地与室外环境 81%16%12.96节能与能源利用 853、0%28%22.40节水与水资源利用 81%18%14.58节材与材料资源利用 79%19%15.01室内环境质量 70%19%13.30提高与创新 40%-4加权平均总分 82.25一星级 50二星级 60三星级 80分项得分 加权百分比 总分?JINYU XISANQI PROJECT ARCHITECTURE DESIGNGB50378 3STAR GREEN BUILDINGS?ANG?AI LINGANG NE?T?N?L?T A0?0?R?E?TGB50378-三星绿色住宅建筑认证临港科技创新城A0601地块项目建筑方案设计USGBC LEED FOR NEW CONSTRUCTI54、ON ACCREDITATIONUSGBC LEED NCV4-绿色建筑认证?Energy&AtmosphereEnergy&Atmosphere?LEED PLATINUM?13/161/127/339/1115/164/64/45/139/10 Sustainable Sites Water E?ciency Energy&Atmosphere Materials&Resources Indoor Environmental Quality RPC Loca?on&Transporta?on Innova?on Integra?ve ProcessRoadmap t o Ar chi ev55、e USGBC LEED PLATINUM北京金隅西三旗项目BEIJING JINYU XISANQI PROJECT LEED Ver si on 4 for New Const r uct i onIntegrative Process 1/1Location&Transportation 13/16Sustainable Sites 9/10Water Efficiency 9/11Energy&Atmosphere 27/33Materials&Resources 5/13Indoor Environmental Quality 15/16Innovation 4/6Regional 56、Priority 4/4Overall Score 87/110?JINYU XISANQI PROJECT ARCHITECTURE DESIGNCHANGSHU CITY SOUTH NEW TOWN URBAN PLANNING 常熟市南部新城国际学校北商住地块概念方案设计USGBC LEED FOR NEW CONSTRUCTION ACCREDITATIONUSGBC LEED NCV4-绿色建筑认证常熟市南部新城国际学校北商住地块概念方案设计THEBUILDING STANDARD?WELL SCORECARDB U I L D I N G S T A N D A R DWELLAIRWATERNOURISHMENTLIGHTFITNESSCOMFORTMIND12345678910TMWELL HEALTHY BUILDING RATINGWELL 健康建筑认证