[Definition of Photosynthetic Architecture]
In this research, "photosynthetic architecture" refers to the integration of photo-biofuel cells, which utilize photosynthesis from discarded vegetables and leaves of felled trees, into building elements. This is an attempt to realize both the architecture required for a "circular economy" and the creation of "next-generation clean energy."

[Features]

One of the features of "photosynthetic architecture" is that fuel cells function as the building's elements themselves.

Generally, most fuel cells used in architecture are either added to the building or function independently of it. In contrast, our proposal aims to replace the building's structural elements—such as windows, walls, and roofs—that are necessary for human life and social and economic activities, with photo-biofuel cells, thereby effortlessly generating energy and oxygen. Furthermore, by employing translucent materials for plant photosynthesis, each element can transmit light, allowing for the creation of beautiful spaces bathed in green light, depending on the design. Moreover, because it emits the natural green color of plants, the building's exterior can be harmonized with the natural environment and landscape.

[Philosophy]
The purpose of this research is not to generate large amounts of energy like solar panels or offshore wind power. If humans are forced to discard plants in order to survive, then the aim is to generate even a small amount of energy from these discarded plants to reduce the burden on nature and return oxygen to nature. We also aim to shift from the concept of "building buildings" to the concept of "planting buildings," and to contribute, even in a small way, to coexistence with greenery.