Cloud Field proposes a new paradigm for solar farms by integrating energy production with human-centred spatial design. Rather than occupying the ground plane exclusively for photovoltaic infrastructure, the project elevates flexible solar panels to liberate the space below, creating shaded environments for social and recreational use.
The elevated canopy—referred to as "clouds"—is composed of a computationally generated pattern of irregular hexagons, optimised for both structural logic and solar exposure. These geometries are realised through inflatable ETFE cushions, which allow for lightweight construction and diffused daylight transmission. The form of each cloud is strategically shaped to track the sun’s trajectory, maintaining a near-perpendicular orientation to incoming solar rays and thus maximising energy efficiency.
Areas of the canopy most exposed to solar radiation are clad with organic, flexible photovoltaic membranes capable of generating up to 90,000 kWh annually. These active zones are calibrated to produce not only clean energy but also a diverse range of microclimates and light-filtering effects on the ground, enhancing the experiential quality of the space beneath.
Cloud Field was exhibited at the 24th World Energy Congress at the Abu Dhabi National Exhibition Centre and was subsequently featured in a hardcover publication by Prestel, recognising its contribution to the intersection of sustainable technology and architectural innovation
