unit-code
Bio-photovoltaics (BPVs) are an emerging technology reliant on the photosynthesis of algal species to produce bioelectricity. This light-dependent process is based on the harvest of solar energy to transform water into electrons and molecular oxygen, which are released into the external environment. An electrode (anode) collects these released electrons, providing a power output and enabling electricity to flow to a more positive electrode (cathode) via an external circuit. Rapid growth, photosynthetic efficiency and abundance are valuable qualities that make algae a photosynthetic organism of choice for the development of bio-photovoltaics.
This project proposes the integration of algae into large-scale design proposals. To keep the algae alive, a composite was established, providing water and nutrients to the algae.
Design workflow to determine the placement of the computationally developed swirl pattern. Inspired by nature’s hierarchical designs, the swirl pattern evolves to produce both the macro structural design and the microalgal placement.
Exploded view demonstrating each layer in order to form the full 1 cm thick panel.
Close-up of the photosynthetic algae extruding onto the electroactive graphite.
Demonstration of the power output of one Algowatt panel.
Close-up shot of bacterial cellulose during one week’s growth in liquid growth media.
Harvesting of the cellulose sheet from the surface of the liquid growth medium and the resulting semi-transparent sheet.
Three examples of the many harvested nanocellulose sheets demonstrating the range of colour that can be achieved through varying the sugar source given to the growth medium.
Close-up of the resulting nanocellular lamp.
Final light piece.