We propose to implement bio-based solar cells to reduce the use of expensive materials like silicon and titanium dioxide. We can use materials from species like Jellyfish or algae for example like Aequorea victoria, who contain the green fluorescent protein(GFP) in their cell that can be used to improve current solar panels. This is important because GFP acts as a dye of photosensitizer in the solar cell, absorbing photons and emitting electrons that can be used to produce electricity, similarly to how a regular dye-sensitized solar cell would work. Jellyfish and algae cells contain self-repairing properties that could reduce the maintenance cost and increase durability compared to traditional solar panels. GFP-based solar cells can also be integrated into self-contained "bioluminescent" fuel cells that generate electricity without an external light source, by using light-emitting enzymes like those found in fireflies or sea pansies. Another method would be to utilize algae materials to improve efficiency of solar cells. When exposed to sunlight, algae cells can split water molecules and produce electrons, protons, and oxygen as byproducts. These electrons generated by the algae can be captured and used to generate electricity. According to the startup’s research with Chalmers University of technology, a material made from silica shells of diatom algae–Algica, can increase the efficiency by up to 36% when mixed into the active layer