阿特金斯_绿色建筑及其市场动力案例分析_76页_XXXX年

绿色建筑及其市场动力GreenBuildingandItsMarketingSolutions-案例分析CaseStudies钱颖初Mr.YingchuQianSep01,2010目录WhatWeWillCover‡建设绿色建筑的原因‡绿色建筑特点‡绿色建筑案例分析‡建设绿色建筑的动力‡绿色建筑认证简介‡如何建设绿色建筑WhygoforGreenBuildingGreenBuildingfeaturesCaseStudyforGreenBuildingMotivationforGreenBuildingGreenBuildingCertificationIntroductionHowtoImplement我国建筑规模巨大，是世界上最大的建筑市场。大规模建造房屋本来是为了人民安居乐业，但大量建造高能耗建筑，又会过多地消耗能源，同时严重污染环境，致使国家能源消耗和生态的临界点提前到来。－－仇宝兴Chinahasthebiggestrealestatemarketintheworld.Itconsumesahugeamountofresourcesandcausesseriouspollutionwhileprovidingbenefitstous.Nowweareclosetoadangeroustippingpintwherewewillexceedtheecologicalcapacity.--Mr.QiuBaoxing根据世行预测2000年到2020年，全世界一半的建筑量在中国。建设绿色建筑的原因WhyGoforGreenBuildingEstimatedbytheWorldBank,halfoftheglobalconstructionfrom2000to2020happensinChina.建筑物对环境的影响–全生命周期的概念ImpactofBuildingsontheEnvironment－－LifeCycleCost‡50%的能源50%energy‡42%的水资源40%water‡50%的原材料50%rawmaterial建设绿色建筑的原因WhyGoforGreenBuilding摘自建设部副部长仇宝兴的发言PresentationdeliveredbyMr.QiuBaoXing,ViceDirectorofMOC‡50%的水污染50%waterpollution‡48％的固体废弃物48%solidwaste‡50％的氟氯化物50%CFC全球范围内Global中国范围内InChina‡46.7%的能源46.7%energy‡40%的水资源40%water中国经济周刊2007年10月29日ChinaEconomyWeekly,Oct29,2007中华工商时报2005年03月23日ChinaCommercial&Industrial,Mar23,2005全球温室效应GlobalWarming‡气候改变Climatechange‡灾难增加Extremeevents‡海平面升高Raisingsealevel...建设绿色建筑的原因WhyGoingforGreenBuilding制约中国可持续发展的压力－能源危机ChallengetoChina’sDevelopment–EnergyShortage‡2003年全国19省市拉闸限电14万条次，缺电1000万kW以上。Electricitycutoffmorethan140,000timesandabove10Gwelectricitypeakgapfor19provincesin2003.‡2004年预计中国电力供需缺口在2000万千瓦以上。Itisestimatedtheelectricityshortageshallbemorethan20Gwin2004‡缺电力不缺电量。Shortageinelectricitypeakbutnotinquantity上海外滩ShanghaiBund建设绿色建筑的原因WhyGoingforGreenBuilding目录WhatWeWillCover‡建设绿色建筑的原因‡绿色建筑特点‡绿色建筑案例分析‡建设绿色建筑的动力‡绿色建筑认证简介‡如何建设绿色建筑WhygoforGreenBuildingGreenBuildingfeaturesCaseStudyforGreenBuildingMotivationforGreenBuildingGreenBuildingCertificationIntroductionHowtoImplement量化的绿色建筑QuantitativeGreenBuildingBenefits绿色建筑特点GreenBuildingFeatures节能EnergySaving舒适Comfortable环保EnvironmentallyFriendly高效HighEfficiency健康Healthy工作效率增加5-15%EmployeeProductivityIncreasedby5-15%减低运行及维修费10-20%O&MCostsReducedby10-20%能耗成本减低14-25%EnergyCostsReducedby14-25%用水量减低20-30%WaterUsageReducedby20-30%城市废物量减低35-40%UrbanWasteReducedby35-40%减少空气及水污染AirandWaterPollutionReduced改善室内空气质量ImprovedIndoorAirQuality削峰ElectricalPeakReducing缓解交通压力PublicTransportationReducing降低用电峰值20-30%ElectricalPeakReducedby20-30%降低交通压力15-20%TransportationPeakReducedby15-20%目录WhatWeWillCover‡建设绿色建筑的原因‡绿色建筑特点‡绿色建筑案例分析‡建设绿色建筑的动力‡绿色建筑认证简介‡如何建设绿色建筑WhygoforGreenBuildingGreenBuildingfeaturesCaseStudyforGreenBuildingMotivationforGreenBuildingGreenBuildingCertificationIntroductionHowtoImplement哪栋是绿色建筑？WhichoneisaGreenBuilding?绿色建筑案例分析GreenBuildingCaseStudy哪栋是绿色建筑？WhichoneisaGreenBuilding?绿色建筑案例分析GreenBuildingCaseStudy绿色建筑与其外观并无多大关系！Itdoesn’thavetolookgreen,tobegreen!深圳泰格公寓TaigeApart.Shenzhen苏州Plantronics厂房和办公楼PlantronicsCampus,Suzhou同济联合广场TongjiUnitedPlaza哈尔滨乐松购物中心LesongMall,Harbin北外滩办公楼NBTower,Shanghai北京世纪财富中心ProsperCenter,Beijing可口可乐上海园区Coca-ColaCampus,Shanghai汇丰银行中国总部HSBCChinaCenter,Shanghai中国的绿色建筑GreenBuildingsinChina2010世博中心,上海2010ExpoCenter,ShanghaiSiemens上海中心SiemensCenterShanghai招商银行卡中心，上海CMBCreditCenter,Shanghai中国的绿色建筑GreenBuildingsinChina北京MOMAMOMA,BeijingGE亚太中心（二期）GECorporateCenterII,Shanghai淘宝集团总部大楼TaoBaoCity,ZheJiang北京奥运村OlympicVillage,Beijing中国的绿色建筑GreenBuildingsinChina大连天地软件园D-14&22D-14&22,SoftwarePark,Dalian杜克大学昆山校园DukeUniversityCampus,Kunshan昆山人才公寓TalentsResidence,Kunshan昆山丹桂园DanguiyuanCampus,Kunshan汉斯新江湾城C5综合开发HinesNewJianwanTownMixedDevelopment,Shanghai中国的绿色建筑GreenBuildingsinChinaGenzyme北京研发中心GenzymeR&DCenter,Beijing陶氏化学中国研发中心DOWR&DCenter,Shanghai巴斯夫中国区总部，上海BASFGreaterChinaHeadquarter,Shanghai强生上海新厂房J&JFountainsExpansion,Shanghai绿地总部大楼GreenlandHeadQuarter,Shanghai卡特比勒无锡研发中心CaterpillarR&D,Wuxi卡特比勒Mountain新厂CaterpillarMountain,WuXi巴斯夫研发中心，上海BASFR&DCenter,Shanghai同济联合广场B栋办公楼BuildingBofTongjiUnitedPlaza绿色建筑案例分析GreenBuildingsCaseStudy位置：上海杨浦区Location：Shanghai建筑面积：28,800平方米TotalArea:28,800sqm办公OfficeLEED-CS银奖认证CertifiedasLEEDCS2.1Silver建筑设计应符合ASHRAE/IESNA标准90.1-1999要求，或符合当地能源标准要求，以二者严格者为准。ComplywithASHRAE/IESNA90.1-1999orthelocalenergycode,whicheverismorestringent中国《公共建筑节能设计标准》CommercialBuildingEnergyEfficiencyCodeforChina能源与大气保护-最低能效要求Prerequisite:MinimumEnergyPerformance－NA4,177,1614641.312342244.7《公共建筑节能设计标准》ChineseEnergySavingCode30%27%2,905,6403228.510011557高能效综合模型HighPerformanceNA－3,997,1504441.311432221ASHRAE预算建筑ASHRAEBudget5.40%1.10%3,952,4794391.610922087.6基准建筑OriginalDesign对比中国节能规范对比ASHRAE费用节省量％EnergyCostSaving年能耗费用RMBAnnualEnergyCost年用电量MWhAnnualEnergyConsumption峰值冷负荷tonCoolingPeak用电峰值KWElectricPeak方案模型节能分析小节EnergySavingAnalysis41,005,4803,571,5402,801,243综合模型IntegratedDesign0.79181,932144,0003,624,791高效率风冷热泵/VRVHighEHeatingPump25.5617,451446,1003,789,272采用遮阳板ShadingDevice1.100.39441,808486,190171,3103,364,915采用日光照明系统Daylight1.880.49563,6391,057,050277,9503,243,084降低照明密度10％LPDOptimization－－－3,806,723预算模型ASHRAEBudget－－－4,674,799基准模型OriginalDesign小业主Tenant开发商Deve