The main engineering goal of this project is to create a pseudo-supercapacitor with a specific energy density of at least 4 Wh/kg. This is the lowest specific energy density range for the typical lithium-ion battery technology. The specific power of the pseudo-supercapacitor created should be at least 1000 W/kg. This ensures that the one-of-a-kind prototype created has a high energy density but does not compromise the power level. It should also be able to recharge itself and maintain the same capacitance levels, specific energy levels, and specific power levels after a series of charge and discharge cycles. Other requirements such as thinness, eco-friendliness, and sustainability also play a role when developing the prototype. The pseudo-supercapacitor created should also have a higher surface area. It should also aim to be cost-effective so that the societal impact of this creation can be felt all across. The range of all combined materials should be anywhere from $0.50 -$5. This project aims to make energy storage an issue of the past. Every person on this planet should be able to have access to energy safely and reliably. Energy is a requirement for our survival. Something so small yet diabolical enough to power the whole world. The purpose is to provide everyone with this diabolical energy. With the current energy storage methods simply needing to be updated and more sustainable, this project aims to change the face of energy storage.