Pulling the ocean horizon into the composition, intersecting spheres will be embedded into a rectangular plan shrouded by a thin sheet of water. Beyond aesthetics, this reflecting pool of water will contribute to the design’s overall sustainable agenda; 60 percent of the complex’s electricity will be provided by underwater photovoltaic cells, while the water’s ability to cool will increase photovoltaic efficiency by 20 percent.
Geothermal heating and cooling, as well as wind power, rain water collection, passive cooling strategies and a displacement ventilation system will also be employed in an effort to obtain LEED Platinum certification upon completion in 2018.