中国普天信息产业上海工业园智能生态科研楼，上海，中国

主持建筑师：张彤

中国普天信息产业上海工业园智能生态科研楼，上海，中国

主持建筑师：张彤

中国普天信息产业上海工业园智能生态科研楼位于上海市奉贤区，为该公司自用科研办公楼。项目建设的目标是集成优化可持续性绿色建筑设计策略；探索在冬冷夏热气候区通过合理的空间组织和构造设计，以不耗能或少耗能的方式，来实现对室内外环境舒适度的调节；同时开展建筑环境智能控制系统的研发与产业化实验。

本项目设计的主要创新点体现在：

1）“空间调节”——被动式节能设计策略

“空间调节”，相对于传统的“空气调节”，是在建筑设计中，通过有效的空间组织、合理的体型和构造设计，以空间本身的形态和组织结构实现对室内外环境的性能化调节，同时有效降低能耗需求的被动式节能设计策略。

2）符合功能要求与空间特点的人性化空调方式

根据科研楼各部分不同的功能要求与空间特点，针对性地采取不同的空调方式，以适宜、节能、高效为功效特征，通过模块化的末端设置，根据人体实际需求调节温度与风量。

3）整合全楼技术设备的智能化楼宇控制系统

该系统以组件标准化、系统集成化为特征，具备高整合度和效率综合性，涵盖能源、采暖、通风、水处理、照明、外遮阳调控等各项设备控制，以及信息、监控、安保、报警与疏散指示等全方位内容。

项目信息/Credits and Data

设计单位：东南大学建筑学院，东南大学建筑设计研究院有限公司/School of Architecture, Southeast University, Architects & Engineers Co., Ltd. of Southeast University

设计时间/Design Period: 2006.7-2009.2

施工时间/Construction Period: 2007.8-2010.9

用地面积/Site Area: 7860m2

建筑面积/Floor Area: 4370m2

建筑总能耗/Total Energy Consumption: 1,299,689MJ/a

综合节能率/Energy Saving Efficiency: 71.8%

可再生能源利用率/Effective Utilization Rate of Renewable Energy:

产生热水量比例/Proportion of Produced hot water: 100%

供冷比例/Cooling Rate: 100%

供热比例/Heating Rate: 100%

非传统水源利用率/Effective Utilization Rate of Reclaimed Water: 47.2%

Located in the FengXian District of Shanghai, China, the Eco-Potevio Office Building of China Potevio Group Shanghai Industrial Park is used for the company's own research and development work. The project has three goals - the integrated optimization of sustainable architectural design strategies; the exploration of space-conditioning methods for zero or low energy consumption in hot-summer-cold-winter climate zone through rational spatial organization and construction design; the research and experimentation of intelligent control system of architectural environment and its application. Main innovative points of the project include:

1) The passive sustainable design strategy of "Space-Conditioning"

Compared to traditional "Air-Conditioning", "Space-Conditioning" is a passive sustainable design strategy by which, through effective spatial organization, rational building volume and meticulous details, the conditioning of environmental performance can be literally realized in the formation and organization of space and with low energy consumption.

2) User-friendly air-conditioning according to functional requirements and spatial characteristics

According to different functional requirements and spatial characteristics of the building, various air conditioning methods – characterized by comfort, sustainability and efficiency – have been applied through modular terminal setup to adjust temperature and air volume according to individual requirements.

3) Intelligent control system integrating building-wide technical equipment

Characterized by standardized modules and integrated system, possessing full integration and efficiency synthesis, the intelligent control system covers a wide range of equipment from energy, heating, ventilation, water treatment, lighting and shading, to information, monitoring, security, alarm system, and evacuation indicator, to achieve a synthetic management of the whole building.

The Eco-Potevio Office Building of China Potevio Group Shanghai Industrial Park, Shanghai, China, 2010

Principal Architect: ZHANG Tong

1 首层平面/Floor 0 plan

2-4 外景/Exterior views