We discovered that Lithium (Li+) Ion batteries are inefficient to produce and harm the environment, so we propose to incorporate fungi into Sodium (Na+) Ion batteries to help combat problems of battery degradation, improve energy density, and storage capacity. Degradation happens due to reactions that occur in the electrolyte between battery electrodes that cause buildup of excess material that impedes ion flow and is the principal cause of thermal runaway, which causes batteries to explode. We propose to replace the electrolyte with live fungal hyphae to facilitate the transfer of ions between the two battery electrodes, removing side reactions that could cause build up, and would prolong the life of the battery. To complement this, we would incorporate anode material made from portobello mushrooms to replace the graphite anode material, which is the industry standard. This new anode material would increase energy density and storage capacity.