The tower is cylindrical and is powered by solar panels. In order to conserve energy, the tower is covered by a mesh like skin all round that is used to regulate temperatures within it. Moreover, volcano shape like taps light that minimizes the energy demands within the building, hence, enabling it to maintain and concentrate energy in building thus reducing energy loss from the tower. Fig. 1 All Season Tent Tower. 2010, 05 March. OFIS Architects. Designboom, Toronto. JPEG File. The demand for energy conservative buildings is on the rise. For this reason, mimicking of nature by engineers and architects to develop new and better structures that reduce energy usage has enabled them build energy efficient buildings (Rankouhi 1).
By imitating the mechanisms of the living things such as the plant leaf, the human body and animals, architects have been able to design structures that regulate and reduce energy usage. For instance, the polar bear pavilion at the ITV Denkendorf was developed by imitating an animal, thus creating an energy generation mechanism that helps reduce energy usage in buildings by absorbing and heat (Rankouhi 85).
Moreover, the layer has ability to distribute heat evenly and effectively while at the same time acting as thermal insulator. The skin also has a pitch black color that is a better heat absorber. Therefore, through this properties the skin is able to absorb scarce solar energy and convert it into more heat thus enabling it to store energy and making it an efficient energy conserver. Fig. 2 ITV Denkendorf. n.d. PDF File. The mimicking of natural structures is important in integrating the architectural design concepts with energy efficiency mechanisms.
many years, engineers could not combine architectural designs and energy efficient designs because of lack of ideas on how to come up with energy efficient designs. However, with the discovery of biomimicry architecture, this has become possible to help in reducing energy usage through the construction of better and efficient energy skins for building construction. For instance, the Eastgate building in Zimbabwe was constructed to reduce energy usage by integrating the architectural design and energy efficiency concepts through the building imitation of a termites nests mechanism of regulating temperatures.
the designed has hooded windows, thick walls and light colored paints are well designed to regulate temperatures in the building, even though it has no conventional air condition and heating systems (Arnarson 9).
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