可持续社区整合系统-EDAW

按一下以編輯母片標題樣式,按一下以編輯母片,第二層,第三層,第四層,第五層,*,Click to edit Master title style,Click to edit Master text styles,Second level,Third level,Fourth level,Fifth level,Click to edit Master title style,可持续社区整合系统,Steve Kellenberg,总裁，易,道尔湾办公室,Integrated Systems Approach for Sustainable Communities,Steve Kellenberg,Principal,EDAW(Irvine,US),系统整合的思维方式,Integrated Whole Systems Thinking,生态资源,Ecological Resources,能源,Energy,交通,Transportation,绿色建筑,Green Building,水,Water,社会,/,文化,Socio/Cultural,经济,Economic,新建项目,Greenfield Projects,适用于,20,多英亩到,10,000,多英亩的社区,scalable from 20+acres to large 10,000 acre+communities,已有社区,Existing Communities,气候变化应对策略规划,Climate Change Strategic Plans,生态效率推动计划,Eco-Efficiency Initiatives,邻里、城镇、市区和城市,Neighborhoods,Towns,Downtowns,Cities,褐色土地和再开发,Brownfields&Redev,填入式再开发,Infill Redevelopments,环境报告,Environmental Documentation,环境影响评估,Environmental Impact Assessment,提供应对气候变化的新方式,Support new scopes on Climate Change,可持续发展整合模型,(SSIM),Sustainable Systems Integration Model(SSIM),第一步：社区框架优化,Stage One:Community Framework Optimization,SSIM,GIS,界面,SSIM,GIS Interface,利用自动化模型和整合技术,Using Automated Models and Integrated Technologies,概念绘制,Draw Concept,将规划方案输入,SSIM,Feed Land Program to SSIM,得到模型结果,Get SSIM Results,运行生成模型和城市形态分析模型，并生成土地规划方案,Run Yield Model,Urban Form Analysis Model&Generate Land Program,SSIM,GIS,界面,SSIM GIS Interface,方案,1,Scheme 1,方案,3,Scheme 3,方案,2,Scheme 2,Plan Comparison,Sustainability Indicators,Plan Comparison,Sustainability Indicators,Plan Comparison,Sustainability Indicators,Plan Comparison,Sustainability Indicators,Plan Comparison,Sustainability Indicators,Tabular Outputs,SSIM,GIS,界面：指标输出,SSIM GIS Interface:Indicator Outputs,基础情景概述,第二步：,专题项目,的,优化,Stage Two:Core Theme Optimization,专题项目,评估,Core Themes Evaluated,项目城市形态,On-site Urban Form,居住区建筑能源,Residential Building Energy,非居住区建筑能源,N,on-Residential Building Energy,交通,Transportation,公共空间能源,Public Realm Energy,生活用水、雨水和废水,Domestic,Storm,Waste Water,城市热岛效应,Urban Heat Island Effect,生态,Ecology,独立式可再生能源,Freestanding Renewables,区域分布式发电系统,District Distributed Generation,社会文化,Socio-Cultural,低碳项目开发,Low Carbon Program Development,初始投资,First-Costs,将组合融于总体可持续方案,Packages Combined into Master Sustainability Programs,生命周期成本,Life Cycle Costs,各个,专题项目,优化包组合,Optimized Packages for Each Core Theme,环境效益,Environmental Benefit,市场成本承受力,Market Cost Acceptance,生活用水,Domestic Water,佳,good,优良,better,最优,best,交通,Transportation,佳,good,优良,better,最优,best,公共空间,Public Realm,佳,good,优良,better,最优,best,可再生能源,Renewable Energy,佳,good,优良,better,最优,best,专题项目建模,C,ore Theme Modeling,建筑能源,Building Energy,佳,good,优良,better,最优,best,核心和中心,Cores and Centers,城镇中心,Central Town Center,多区域核心,Multiple District Cores,密度,Density,紧凑设计,Compact Design,高密度核心区,Higher density in cores,土地利用多样性,Diversity of Land Use,住宅多样化,Broad range of housing,工作居住平衡,Jobs/housing balance,提供本地服务,Local service provision,城市形态,Urban Form,建筑外围,Building Shell,门窗幕墙,F,enestration,中央空调系统效率,HVAC efficiency,热水系统,Water heating,器具,Appliances,照明,L,ighting,被动式设计,Passive design,建筑朝向,Bldg orientation,建筑光电技术,On-building PV,建筑能源,Building Energy,指标示例,住宅能源,Example Measures Residential Energy,基线,24,法案,佳,“能源之星”,优良,最优化,最优,零排放住宅,外墙,天花板,辐射屏障,窗户,U,值,空调季节能效等级,膨胀阀,锅炉年度燃料利用效率,管道绝缘程度,管道泄漏率,房屋泄漏率,水体加热器,最优化朝向,太阳热,能源之星家电,紧凑型荧光灯照明,光伏电池板,输出示例,住宅能源,Example Outputs Residential Energy,投资回收期,最优,优良,佳,最优,优良,佳,千美元投资的碳排放削减量,公寓,大型独立式住宅,小型独立式住宅,大型独立式住宅,小型独立式住宅,公寓,年,百万吨当量,CO,2,输出示例,住宅能源,Example Outputs Residential Energy,佳方案的价值图,优良方案的价值图,最优方案的价值图,货币化的效益投资比,货币化的效益投资比,货币化的效益投资比,净投资节省,净投资节省,净投资节省,公共场所能源,Public Realm Energy,街道照明,Street Lighting,灯具间隔和光照度,F,ixture spacing and foot candles,光污染削减概念,Dark sky concepts,LED,选择,LED options,出行需求管理,(TDM),Travel demand management(TDM),停车场工业区,Parking Lots/Industrial Areas,光照度要求,Foot candle requirements,LED,选择,LED options,感光和微光照明,Photopic vs.Scotopic Lights,太阳能风能照明,Solar/wind Lighting Options,开放空间和公园,Open Space and Parks,照明级别,Lighting levels,建筑采用太阳能光板系统,PV,on structures,土地利用,Land Use,景观调色板,L,andscape palettes,建筑节水,Building Fixtures,处理后污水回用,Treated sewage effluent reuse,雨水回用,Stormwater reuse,雨水收集,Rainwater capture,中水回用,Gray water reuse,生活用水削减,Domestic Water Reduction,输出示例,-,水,Example Outputs-WATER,水和废水,千美元投资的节水量,英亩英尺,/,年,基于投资增加比例的收益比,地下水开采量,回用水量,废水量,雨水量,英亩英尺,比值,交通,Transportation,内部工程措施,Internal Project Measures,内部通勤,Internal shuttles,自行车步行设施,Bicycle/pedestrian facilities,社区电动车,Neighborhood Electric Vehicles(NEVs),出行需求管理,Travel demand management(TDM),外部工程措施,External Project Measures,协调部门,Coordinating entity,外部通勤,External shuttles,区域交通扩展,Regional transit extensions,外部交通选择,External transit options,居住雇佣衔接措施,Housing/Employment Linkage,现场工作居住平衡,O,n-site jobs/housing balance,雇员交通补贴,Employer proximity subsidy,微观气候工程,Micro-Climate Engineering,利用植栽进行建筑遮阳,Building Shading from trees,微观水体湿度和制冷调节,Micro-water cooling,材料选择,Materials selection,社区景观,Community Landscape,公共空间植栽的增加,I,ncreased public realm planting,综合生物多样性理念,B,io-diversity concepts,材料选择,Materials selection,水景降温,Water Features for Cooling,大尺度降温和水化理念,Large scale cooling,城市热岛效应,Urban Heat Island,能源和温室气体补偿,:,