Performance evaluation of electrode for sustainable energy storage device / Muhammad Izzat Razali

This report presents a study on the performance evaluation of the electrode for the sustainable energy storage device. Three different combinations of electrode metals which are Aluminum+Lead, Aluminum+Ferrum, and Lead+Ferrum with different in sizes are analyzed to determine the capacity and power density of energy storage capability. The method used in analyzing the performance were by measuring the voltage and current output from a circuit of battery by using soil as the energy sources. The measurement and reading were collected every day. The data collected were then tabulated and were analyzed by using Minitab 7 window software. The method of data analysis used were one-way ANOVA and multiple regression. The results reveal that a combination of Aluminum and Lead with large size gives highest capacity storage with a discharge rate of 1.345m C and power density of 6.69W/m3.