Part 5 parameters such as capacitance, energy density, power density, and potential energy were measured for both the control and novel prototype. To do this, the multimeter was set to where it measures capacitance levels. The positive probe was then positioned to give immediate contact after the supercapacitor had been charged. Next, the negative probe was also positioned in a way that gave immediate contact after the supercapacitor had been charged. The current charge the multimeter gave out was observed, and the supercapacitor's voltage value was recorded. Next, the time it takes for the supercapacitor to reach some lower voltage was found. This voltage value was then inputted into the capacitance formula, and the capacitance value was calculated. Twenty-two repeated trials were then conducted for each novel and control prototype. The values obtained were then used consecutively for the potential energy, volume, energy density, and power density formulas. These formulas are proportional to each other, so all equations needed to be double-checked for validity and accuracy before finalizing anything. Finally, these results were compared with commercial products to see if this prototype has any improvements/disadvantages. The results were plotted using the Ragone plot, and all observations were recorded. Comparative charts and graphs were also created to help analyze the results.