空调在现代建筑设计中起着关键作用。 Cloud Clim 背后的概念展示了一种创新的方法。 它是基于 Barrisol Biosourcée 岛模块的高度美观、静音和同质的解决方案。 在紧凑的模块化版本中，其采用 Barrisol Clim 天花板空调系统的混合热扩散原理。 优点是在单个模块中处理送风和回风。 对流和辐射的结合可以实现高加热或冷却能力，同时确保温度均匀。 Biosourcée 膜的热辐射也有助于降低能耗。 在此概念之下，不同的技术和谐地集中在一个实用和灵活的功能对象中。 特色膜还可以采用吸音特性和/或发光以实现有效的背光。 这种空调系统的模块化方法还有助于创建众多可变岛屿组合。 还计划集成 LED 灯带或聚光灯。 该系统涵盖了 100% 的供暖、制冷和通风需求，并与所有强制通风技术兼容。 凭借其获得专利的自适应气流，Cloud Clim 可提供均匀的温度且无气流。

Air conditioning plays a key role in modern architectural design. The concept behind Cloud Clim shows an innovative approach. It offers itself as a highly aesthetic, silent and homogeneous solution based on the Barrisol Biosourcée island modules. In a compact modular version, it takes up the hybrid thermal diffusion principle of the Barrisol Clim ceiling air conditioning system. The advantage is that the supply and return air is handled in a single module. The combination of convection and radiation makes it possible to achieve high heating or cooling capacities while ensuring an outstandingly homogeneous temperature. The thermal radiation of the Biosourcée membrane also contributes to reducing energy consumption. With this concept, different technologies are harmoniously concentrated in a functional object for practical and flexible use. The featuring membrane can also adopt sound-absorbing properties and/or be luminous for effective backlighting. The modular approach of this air conditioning system also facilitates the creation of numerous variable island compositions. Also planned is the integration of LED light strips or spotlights. The system covers 100 per cent of heating, cooling and ventilation needs and is compatible with all forced-air technologies. Thanks to its patented adaptive airflow, Cloud Clim provides a homogeneous temperature and no draughts.