BIO校园是工程师Transsolar AllesWirdGut和城市规划师AllesMatton的一个城市整体规划项目，形式看起来将大型站点伊斯坦布尔新的郊区发展成一个繁荣的空间。团队计划创建一个公共空间网络和受到起伏不定的自然环境动态影响的建筑.对于这个环保计划，利用地球的能量来提供可持续的冷却和照明。
一个三管齐下的声明发布的团队写道:“人类是社会动物,生长在城市空间,培养社会关系。正因为如此,转向一个更密集的地区,城市生活将提供一个人类可以繁荣的社会互动条件。
“与普遍的信念相反,城市系统可以比农村或郊区生活更环保。与人们和资源位于如此接近另一个可以节约能源和资源诸如食品、交通和公共交通系统。最后,城市繁荣经济定位在一个相对小的人力资本的地理区域的想法可以生成。
因此,AllesWirdGut,Transsolar和Tom Matton提议的一个自给自足的社区商业和零售单位,娱乐和休闲设施,和日常设施都相接近。作为这种策略的一部分,植被,颜色和各种水特性等因素将发挥减少依赖空调的作用。
舒适是这个新的发展协作和意识到那些没有不适用于温暖的气候条件的关键。提高舒适,外立面,过滤阳光将始终使用提供足够的自然日光的内饰,高效的空气处理系统将被安装,绿色植物和开放空间将被插入到改善本地小气候之中,以个人控制的房间气候安装作为标准。
特别鸣谢翻译一组5号 刘政和 提供的翻译，译稿版权归译者所有，转载请注明出处。
BIO Campus is an urban masterplanning project form AllesWirdGut with engineers Transsolar and urban planner Ton Matton which looks to transform a large site on the outskirts of Istanbul into a thriving new development at a human scale. The team plan to create a network of public spaces and dynamic buildings that are inspired by the undulations of the natural environment, harnessing the Earth’s energies to provide sustainable cooling and lighting methods for this eco-friendly scheme.
A mission statement released by the three-pronged team reads: "Humans are social creatures and thrive in urban spaces that foster social connections. Because of this, a shift to a more dense, urban living would provide an outlet for social interaction and conditions under which humans can prosper.
"Contrary to common belief, urban systems can be more environmentally sustainable than rural or suburban living. With people and resources located so close to one another it is possible to save energy and resource things such as food, transportation and mass transit systems. Finally, cities benefit the economy by locating human capital in one relatively small geographic area where ideas can be generated."
As such, AllesWirdGut, Transsolar and Tom Matton are proposing a self-sufficient and self-supporting community where commerical and retail units, recreational and leisure facilities, and day-to-day amenities are located in close proximity to one another. As part of this strategy, factors such as vegetation, light-reflecting colours and various water features will be brought into play to reduce dependency on air-conditioning.
Comfort is key to this new development and the collaboration is aware of the discomfort often experienced by those not used to warm climatic conditions. To enhance the comfort of users, facades which filter sunlight will be used throughout to supply sufficient natural daylight to the interiors, highly efficient air handling systems will be installed, green plants and open spaces will be inserted to improve local microclimate and individual control of personal room climate installed as standard.
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