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Modeling the uberefficient house
高科技打造超级节能的房屋

The stream - Heat release - Front of greenhouse

流 - 放热 - 前面的温室

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发布日期: 2010-06-15
The stream | 流
流 高科技打造超级节能的房屋
由于建筑是这么好绝缘,这将是没有某种形式的加性白噪声非常安静。因此,马绍尔在屋内安装了一个流动的流,既作为捕捉热质量的方法,并提供白色的背景噪音。
Because the building is so well insulated, it would be extremely quiet without some form of added white noise. As a result, RMI installed a flowing stream inside the house, both as a way of capturing thermal mass and to provide the background white noise.
Heat release | 放热
放热 高科技打造超级节能的房屋
在夏季,房子热起来的RMI迅速。由于保持平稳,舒适的温度的方法,建筑特征放热板高高的天花板。这是一个小组从屋顶的看法。
During the summer months, the RMI house heats up quickly. As a way of maintaining a steady, comfortable temperature, the building features heat release panels high up in the ceiling. This is a view of the panels from the roof.
Front of greenhouse | 前面的温室
前面的温室 高科技打造超级节能的房屋
这是从前面温室看法。
A view of the greenhouse from the front.
Bananas at 8,000 feet | 在8,000英尺香蕉
在8,000英尺香蕉 高科技打造超级节能的房屋
有些人可能会认为这是不可能的增长在8000英尺的落基山脉香蕉,但在温室中,有几个香蕉树除其他事项外,所有这些服务,作为热质收藏家。
Some might think it would be impossible to grow bananas at 8,000 feet in the Rockies, but in the greenhouse, there are several banana trees, all of which serve, among other things, as thermal mass collectors.
Round rooms | 圆厅
圆厅 高科技打造超级节能的房屋
洛文斯认为,全面的客房提供更多的结构稳定性,所以在建设的许多房间是小而圆,这样的图书馆空间。
Lovins felt that round rooms provide more structural stability, so many of the rooms in the building are small and round, like this library space.