Counter Entropy also experimented with a range of unique energy generating and saving systems, including the transfer of heat flow through carrier-fluids. As a result of this innovation, no thermodynamic cycle is needed and only the circulation pumps require electrical energy. A thermal cooling system also distinguishes this home from other entries that rely exclusively on photovoltaic cells for energy generation.
The decor is really inspiring, especially since so many of the materials used are recycled. Pull out any drawer and the inside will be covered differently, as all storage materials were harvested from bulk rubbish. Light changes frequently thanks to the revolving waterproof curtain that responds to the changing conditions outside and a cantilevering roof provides shade, further bolstering the home’s energy efficiency. This team definitely didn’t play it safe, and we expect they will score big marks for innovation.
+ Counter Entropy by RWTH Aachen University
+ Solar Decathlon Coverage on Inhabitat
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Not only does Team Germany’s Counter Entropy Solar Decathlon house have a revolving curtain that keeps it cool, but it also boasts a facade made with melted recycled CD panels, recycled beams taken from the recently dismantled Aachener stadium and from
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The Counter Entropy House uses more recycled materials than any other Solar Decathlon entry this year
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A revolving curtain mitigates excess solar gain
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The facade is made with melted CD panels
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A cantilevering roof provides additional shade
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The curtain can be adjusted according to exterior conditions
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A row of greenery makes a pleasant entry, although it does require quite a lot of attention
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The interior light changes depending on what’s happening with the curtain
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This home has a lot of storage space and the bed folds back into the wall
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The wood flooring was harvested from the recently-dismantled Aachener stadium
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Ok, so we really loved the bed!
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Resource efficiency played a huge role in the design of this beautiful home
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Even the kitchen furniture was made from recycled materials!
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A change in the curtain’s position changes the entire ambience of the interior
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Energy is supplied by transferring heat flows in carrier-fluids
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A super sustainable thermal cooling system also keeps the interior comfortable year round
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No two cupboards are the same since all of the wood panels used for the cabinets were harvested from bulk rubbish!
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Efficiency hits the kitchen area too
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All material choices were carefully selected to ensure maximum efficiency
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This team developed their own material from melted recycled CD panels and it’s amazing how good it looks!
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The CD facade has good thermal properties as well.
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