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所在平台: Udemy |
课程主页: https://www.udemy.com/course/passive-cooling-techniques/
课程评论：没有评论
课程名称：被动太阳能设计系列 - 被动冷却技术 课程概述：为了使我们的建筑具有可持续性，重要的是使用最少的机械能来实现热舒适。这在高温气候中尤其具有挑战性，因为高温几乎贯穿全年，迫使我们使用机械能以获取舒适感。而高湿度则使情况变得更加复杂。设计能够响应气候的建筑并尽可能减少提供舒适所需的能量是可持续发展的方向。被动太阳能设计原则通过避免建筑内不必要的热量增益，从而防止过热，减少对冷却的需求。这些原则和策略是建筑设计的固有部分，并已在前面的课程中进行了讲解，包括：1) 理解太阳 2) 阴影面具 3) 遮阳设计 4) 动态立面 5) 被动设计原则。该系列课程的下一个步骤是采用不使用任何能量的被动冷却技术。在利用所有可用和适用的策略后，其余的需求可以通过机械空间调节系统来满足。这种方法大大降低了建筑生命周期内的冷却需求及其相关的能源使用。而这一切都无法在没有气候响应的方法的情况下实现。本课程是该系列的第六门，涵盖了适用于热气候的多种被动冷却技术。其中许多技术依赖于自然热汇来散发建筑所吸收的过剩热量。课程还列举了许多成功采用被动冷却技术的有趣项目。课程分为五个模块，内容富有视觉效果且引人入胜。课程结束时，您将对不同技术及其应用有清晰的了解。
To make our buildings sustianable, it is pertinent that we use minimum amount of mechanical energy to achieve thermal comfort. This is especially challenging in hot climate where high temperature is prevalent most of the year making it inevitable to use mechanical energy for comfort. High humidity can make the situation even more dificult. Designing buildings that are climate responsive and use as less energy as possible to provide comfort is the way forward. This is is the sustainable approach. Passive solar design principles avoid unwanted heat gain in the building preventing overheating and hence reducing the need for cooling. These principles and strategies are an inherent aspect of the architecture and have been covered in the following courses. 1) Understanding Sun 2) Shadow mask 3) Shading Design 4) Kinetic facades 5) Passive design principles The next step in the process is to provide cooling with passive techniques that do not use any energy. After having exhausted all the available and applicable strategies, the remaining demand can be met by mechanical space conditioning systems. This approach sharply reduces the cooling demand the associated energy use over the lifetime of the building. This cannot be achieved without climate responsive approach. This is the sixth course in the series that will cover many passive cooling techniques as applicable to buildings in hot climate. Most of these techniques rely on natural heat sinks to dissipate the excess heat gained by a building. This course also enumerates many interesting projects that showcase successful adoption of passive cooling techniques. The course is structured in 5 modules with highly visual and engaging content. At the end of the course, you will have clarity on different techniques and their application.
