The Desert Winds Eco Spa is a conceptual design study for a small scale, environmentally conscious, solar and wind powered facility. The spa is being developed for use in a very hot desert climate. The basic design of the spa seeks to explore new and exciting ways in which to integrate alternative energy gathering and storage systems into the contemporary built environment. The structure would be composed of prefabricated, modular components, made of steel and concrete composite materials. Various single and double story modules, linked together, would form the primary spaces used for all functions of the spa. Each of these modules would be equipped with a segmented secondary structure, which could be automatically pulled around the central space in order to completely shade it from the hot desert sun, and to protect it from sand storms. These segmented shade structures would electronically monitor the movement of the sun, and/or the wind, and in response automatically rotate slowly around the center enclosed spaces. The shade structures could also be moved into different configurations around the central enclosed structures, in order to form various functional exterior spaces.

At the top of each of the modular structures, there would be mounted a vertical axis wind turbine. These wind turbines, along with various photovoltaic arrays, would generate most of the energy needed to operate the facility. Rainwater would be collected off of the structures and stored for later use. Some of the water would be used to manufacture hydrogen gas, which would be stored for various uses at the spa. In addition to the segmented shade surround structures, the interior spaces of the spa would be kept cool with the manipulation of natural air flow, and through the use of earth pipes. The earth pipes would be buried deep in the soil around the structures so that they can pre-cool the outside air before it enters the enclosed spaces. The size of the Desert Winds Eco Spa can be increased over time, by adding more of the modules to the site.