The sustained growth rate of renewable energy sources and widespread utilization of portable electronic devices have underlined the demands for efficient portable energy storage with high rate capability and large specific capacity. Subsequently, electrochemical energy storage (EES) is considered a cut-edging technology in energy applications, as it accounts for providing high specific power and capacity in addition to low cost and long cycling stability. Tungsten oxide and mesoporous carbon structure have both caused attraction due to their long life cycle and less environmental impact, in addition to the high theoretical capacity of the former and high specific surface area of the latter material.