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Margot Krasojević, Hydroelectric Tidal House, hydroelectric house, electromagnetic turbine system, cape town, south africa, Llandudno, house concept, futuristic architecture, aluminum structure

Cast in concrete, the outer semi-circular shell attaches the house to the shoreline with sand foundations. Solar cells line the outer shell to take advantage of Cape Town’s abundant sunshine however; the structure will be primarily powered by the more reliable renewable energy source of tidal waves. To maximize the amount of tidal energy captured, the shell is designed with a porous structure that allows multiple channels of water to flood the space between the outer and inner shells.

Related: Could a Spillway Bar Pavilion Manage Seine Flooding in Paris?

The Hydroelectric Tidal House features an electromagnetic turbine system that uses neodymium magnets and copper wire coils to induce an electric current when the waves push and pull against the extruded chambers. Thus, the inner floating shell is made from a lightweight non-ferrous aluminum structure; electrical energy is captured in a capacitor. The living area is composed of three modules that can be easily altered depending on the client’s functional requirements.

+ Margot Krasojević

Images via Margot Krasojević