Lithium-ion batteries (LIBs) comprise over 90% of the operating battery capacity and are the world's #1 energy storage system. However, these very lithium-ion batteries are highly toxic and corrosive to our environment. The primary concern with LIBs is the large possibility of combustion or explosion, which is a large hazard for those operating and using LIBs. These safety issues are mainly caused by the failure of individual components (cathode, anode, electrolytes, or current collector) and the whole system of the battery in some abuse conditions, including overcharge, thermal runaway, dendritic lithium growth, current-collector dissolution, and gas evolution. These LIBs are also not rechargeable and must be disposed of after use. When not disposed of properly, which is the case 57% of the time, the LIBs chemicals can leach into surrounding environments and contaminate the entire habitat, acting as a pollutant. Unfortunately, this isn't the only negative environmental impact LIBs can have. Mines of around 1 ton of lithium can cost around 500 gallons of water, depleting sources from our environment and disrupting nearby wildlife. Supercapacitors are used for energy storage to charge and discharge at high current levels and for short durations. They mainly apply to consumer-grade devices, although they have recently gained widespread popularity in the electric vehicle industry. There are three types of different supercapacitors: EDLCs, pseudocapacitors, and a hybrid version which combines both. The prototype created in this paper is a pseudocapacitor with the added supercapacitor aspect. Supercapacitors store energy electrochemically, whereas typical batteries store energy in the form of chemical potential. With each having its pros and cons, the struggle supercapacitors face is that they have low energy densities, making them impractical to use daily. They have many other benefits, such as an infinite lifespan, high power density, and quick discharge power. Supercapacitors, unlike LIBs, also have minimal risk associated with using them as they do not combust as easily and use materials that are not environmentally exhaustive. 7