PROJECT – GENIUS

The network GENIUS promotes the creation of sustainable buildings, such as smart school buildings, in China. It offers Chinese building owners, decision-makers and public administration representatives support to upgrade the architectural and engineering design of buildings by introducing cutting-edge sustainable project management approaches from Europe. The GENIUS project is part of the BMBF campaign “Building the City of Tomorrow” https://www.research-in-germany.org and is funded by the German Ministry for Education and Research (BMBF).

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GENIUS knowledgebase

    可持续学校 Sustainable School Buildings

    可持续学校 Sustainable School Buildings
    2017-09-25 可持续建筑能力中心 我们在开篇“德国可持续建筑指南”一文中阐述了德国的可持续建筑原则,基于这个原则,本手册着重为可持续学校的设计、施工和运行提供指导意见,主要涵盖“生态质量”、“经济质量”、“社会文化品质”、“技术质量”、“过程质量”、“现场质量”等方面。因此,它提供了评估可持续建筑质量的方法和标尺,并且成为德国可持续建筑评估系统(BNB和DGNB系统)的基础。 请点击如下链接获取更多信息。   Based on German Principles for Sustainable Buildings (see post on German Guideline for Sustainable Buildings) this brochure provides guidance for the design, construction and operation of sustainable school buildings. The guideline covers the aspect of “ecological quality”, “economic quality”, “social and cultural quality”, “technical quality”, “process quality” and “site quality”. Thereby it provides assessment ...


    绿色制冷倡议 Green Cooling Initiative

    绿色制冷倡议 Green Cooling Initiative
    2017-09-21 可持续建筑能力中心     全球温室气体排放量的很大一部分是由制冷和空调引起的,特别是在发展中国家和新兴经济体,制冷设备的需求正在上升。那些效率低下、泄露率高的制冷剂气体极易引起全球变暖,并大大增加温室气体排放量。绿色制冷倡议(GCI)认识到,技术供应商与用户之间,行业、公共机构和民间社会之间的交流对促进绿色冷却技术至关重要。 在这个网站上,该倡议旨在提供有用的信息,给予获取相关专业知识的途径,并使人们共同努力达成同样的目标:促进全球绿色制冷。 请点击如下链接获取更多信息。     Refrigeration and air conditioning are responsible for a significant share of global greenhouse gas emissions. Especially in developing countries and emerging economies, the demand for cooling equipment is rising. Low levels of efficiency and high leakage rates of refrigerant gases with high global warming potential will increase these emissions drastically. The ...


    建筑气密性指南 Building Airtightness Guidelines

    建筑气密性指南 Building Airtightness Guidelines
    2017-09-20 可持续建筑能力中心   在中国,能源消耗总量中超30%是被建筑物消耗。 随着舒适性要求的提高和机械调节的使用,能源需求进一步增加。除了建筑外壳的隔热外,结构和接头的气密性对于节能运行至关重要。由德国建筑气密性专业协会FLIB(Fachverband Luftdichtheit im Bauwesen e. V.)发表,并由德国国际合作机构(GIZ)提供深度专业知识的“建筑气密指南”,详细深入地介绍了如何实现、测量和维护节能建筑物的气密性。   请点击如下链接获取更多信息。 More than 30% of the total energy consumption in China is consumed by buildings. With the increase comfort requirements and the use of mechanical conditioning the energy demand is further increasing. Besides the heat isolation of the building envelope, airtightness of the structures and joints is crucial for ...


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