Optimization of Electrode Parameters of Stacked Structured Ultracapacitor

Energy crises are one of the biggest crises of the world today. With ever increasing gadgets and machinery required for a comfortable lifestyle the demand for more and more energy is on its peak. So the present energy consumption scenario demands a much smarter and efficient energy storing technology. Henceforth, we need to find some alternate and most important the efficient energy storage methods. We all know that the conventional storage devices of electrical energy like lead acid, lithium ion, nickel cadmium etc. that are available today suffer many drawbacks. But the major problem with the high scale use of these storage devices is less efficient method of energy storage. Electrode materials along with all the other input parameters play the most important role in deciding the output parameters of the ultracapacitor. This paper presents the optimization of electrode parameters for development of stacked type of aqueous based ultracapacitor.