The geographic location of Masdar has high annual solar irradiance (0.265 KW/sqm) with an average annual sunlight of 10 hours per day making concentrated solar power an attractive solution. Optimum orientations have been considered (South from East to West) when placing the solar parabolas on the site (300m x 90m) to capture the maximum solar power. Considering the availability of sand in the region we propose fluidised sand as the Heat Transfer Fluid (HTF). The wind parabola consisting of HWT’s has been oriented towards North West, to take advantage of the prevailing winds that blow with an average wind speed of 5.4 m/s.The wind element holds 53 small vertical axis Helical Wind Turbines (HWT) within it, which has a paraboloidal configuration.. Balancing solar with wind power eliminates the intermittency issues and combining the two technologies reduces overall delivered power cost. The solar elements are relatively low maintenance because it uses simpler light weight technology and is a passive system that has no moving parts. The primary materials used are ETFE, mirror film, steel, PET base film, local sand and concrete.

Desert Trinity showcases that the transition from an exclusive energy generation system to an enhanced convergence of renewable energy technologies which bypasses the environmental snags of both systems results in a better economic utilization of nature’s environmental processes. An approximate estimate of 2,388 MWh/year electricity is generated through the solar and wind elements. The amount of electricity consumed by a typical house in Masdar is 10 MWh/year . Hence, the net energy produced annually can supply peak load demand to more than 238 homes in the UAE. As a step further, the pedestrian bridge that unifies the Trinity (three elements) is composed of low carbon concrete with piezoelectric tiles, enabling visitors to contribute towards the generation of energy during their visit to the power plant of the future!