Uploaded byGreen Initiatives 绿色倡议
Integrating Sustainability to Workspaces Design
The document outlines an integrated approach to creating sustainable office environments, focusing on site selection, architectural design, and MEP (mechanical, electrical, plumbing) systems. It emphasizes the importance of using eco-friendly materials, energy efficiency techniques, and construction management practices to meet sustainability goals. Key elements include rainwater collection, energy modeling, and enhancing indoor environmental quality.
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Integrating Sustainability to Workspaces Design
- 1. Integrating Sustainability toWorkspace 融合节能环保的办公环境! 2014.02.27!
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- 3. Social 社会! Environment 环境! Economics 经济! TripleBottom Line 三重底线!
- 4. ! TRANSFORMATION OF WORKSPACEENVIRONMENT ! 办 公 室 的 转 变
- 5. Integrating Sustainability toWorkspace 融合节能环保的办公环境!
- 6. An integrated Approachfor Sustainability Goals 整体融合可持续发展目标 场地选择! Site selection 场地规 及分析! Site planning 入住! Move in MEP系统及设备! MEP System & Equipment 建筑设计! Architectural Design 环保材料! Material Sustainability 室内设计! Interior Design 施工管理! Construction Management
- 7. Site Planning andAnalysis 场地规 及分析 场地选择! Site selection 场地规 及分析! Site planning 入住! Move in Building A 大楼 A! Solid Concrete 全混凝土! Building B 大楼 B! Permeable Stone 透气石材! MEP系统及设备! MEP System & Equipment 建筑设计! Architectural Design 环保材料! Material Sustainability Building C 大楼 C! Underground Parking 地下停车场! 室内设计! Interior Design 施工管理! Construction Management
- 8. Site Planning andAnalysis 场地规 及分析 场地选择! Site selection 场地规 及分析! Site planning 入住! Move in Before 之前! After 之后! MEP系统及设备! MEP System & Equipment 建筑设计! Architectural Design 环保材料! Material Sustainability 室内设计! Interior Design 施工管理! Construction Management
- 9. Architecture Design 建筑设计 场地选择! Site selection 场地规 及分析! Siteplanning 入住! Move in MEP系统及设备! MEP System & Equipment Building A 大楼 A! Building B 大楼 B! GOOD 好! BETTER 更好 建筑设计! Architectural Design 环保材料! Material Sustainability 室内设计! Interior Design 施工管理! Construction Management
- 10. Architecture Design 建筑设计 场地选择! Site selection 场地规 及分析! Siteplanning 入住! Move in Single glass Façade 单层玻璃幕墙! MEP系统及设备! MEP System & Equipment Double Skin Façade 双层玻璃幕墙! 建筑设计! Architectural Design 环保材料! Material Sustainability 室内设计! Interior Design 施工管理! Construction Management
- 11. Interior Design 室内设计 场地选择! Site selection 场地规 及分析! Siteplanning 入住! Move in MEP系统及设备! MEP System & Equipment 建筑设计! Architectural Design 环保材料! Material Sustainability 室内设计! Interior Design 施工管理! Construction Management
- 12. Interior Design 室内设计 场地选择! Site selection 场地规 及分析! Siteplanning 入住! Move in 风阀! 送风! MEP系统及设备! MEP System & Equipment 滤网! 风阀! 排风! SLAB TO SLAB 楼板到楼板 前室! 隔离房间! 建筑设计! Architectural Design 环保材料! Material Sustainability 室内设计! Interior Design 施工管理! Construction Management
- 13. MEP System andEquipment MEP 系统及设备 场地选择! Site selection 场地规 及分析! Site planning 入住! Move in MEP系统及设备! MEP System & Equipment 建筑设计! Architectural Design 环保材料! Material Sustainability Additional Chillers 后加冷却器! Original basebuilding Chillers 大楼原有冷却 器! Original base-building Chillers 大楼原有冷却 器! Building A 大楼 A! Building B 大楼 B! 室内设计! Interior Design 施工管理! Construction Management
- 14. MEP System andEquipment MEP 系统及设备 场地选择! Site selection 场地规 及分析! Site planning 入住! Move in Pump 泵! MEP System & Equipment 使冷却水 在地下深 处环绕! Indoor AC unit 室内空调系统! Geothermal Well 地热井! MEP系统及设备! Reservoir 水库! Chiller 冷却机! 建筑设计! Architectural Design 环保材料! Material Sustainability 室内设计! Interior Design 施工管理! Construction Management
- 15. MEP System andEquipment MEP 系统及设备 场地选择! Site selection 场地规 及分析! Site planning 入住! Move in WC 厕所! MEP System & Equipment Architectural Design 环保材料! Material Sustainability Rain Water Pipe雨水管! Permeable Weeping Tile 渗水砖! Pump 泵! MEP系统及设备! 建筑设计! Collection Tank 收集槽! Outdoor Water Sprinklers 户外喷水器! 室内设计! Interior Design 施工管理! Construction Management
- 16. Energy Modeling Toolkits 能效模拟工具 建筑机电暖通给排水节能方案分 析 Architecture/MEPenergy system analysis 照明照度模拟! Light level Measurement and verification 概念转为深化模型! Concept to detailed model 初期建模! 实际能耗测量及分析! Concept model! 初期Planning ! 概念Concept! 扩初Schematic 深化Detailed 运行Operation 项目时间表! Project timeline 项目初期选址分析! Site analysis 设计改动! 设计改动! Design change Design change 自然光照度模 拟! 深度能耗模拟! Detailed energy model Daylight modeling Detailed Building Model – Nu Skin
- 17. Material Sustainability &Chemistry 建材环保性和化学材料 Reduce, Reuse, Recycle 3Rs Expose Material Chemistry 材料成分透明化! Material reuse 建材重新利用 Chemical Disclosure 建材化学物质材料表 Recycled content 建材含有可回收材料 Low-VOC Emitting Material 可挥发性物质含量低 Local/Regional Materials 当地生产建材 Rapidly renewable materials 可再生建材
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- 19. Case Study 案例分析 低 交通! ALTERNATIVE TRANSPORTATION § Bicycleand shower facility § Electric charging station § Carpool parking 雨水径流控制! STORMWATER RUNOFF CONTROL § Permeable paving § Bioswales § Open grid parking § Green roof 能效! ENERGY EFFIENCY § Low U value envelope materials § High efficiency chillers, boilers and underfloor VAV system § LED lighting fixtures § Energy-saving motion sensors § Energy modeling 热岛效应! HEAT ISLAND CONTROL § High reflectance roof § High reflective permeable paving § Green roof 绿色材料! GREEN MATERIALS Recycled content Regional materials Low-emitting materials 雨水回收! RAINWATER COLLECTION § Collected rainwater used for flushing and irrigation 节水! WATER EFFICIENCY § Low flow fixtures § Local adaptive plants § Rainwater system 采光和视野! DAYLIGHT AND VIEWS • Open plan workstations • Transparant partitions • Daylight modeling 室内环境质量! INDOOR ENVIRONMENTAL QUALITY § CO2 and fresh air monitoring § Low-emitting materials § Construction pollution control § Task lights § Indoor pollutant control 绿色能源! GREEN POWER § Renewable Energy Certificates § Offsets carbon footprint
- 20. you are part ofthe solution