An Electric Double-Layer Capacitor (EDLC) Production for Optimum Energy Driven Communication System Using Taguchi Technique

The continuous miniaturization and complexity of communication devices has lead to quest for more rug and reliable charge storage system and achievements by the super capacitor energy storage systems in the recent years have ignited the passion and interest of many researchers around the world, Since a super capacitor is required to provide a high and optimum power at a very short possible time yet maintaining as small size as possible, finding for the desirable material, techniques to fabricate an affordable super capacitor is challenging, with an ever increasing demand for energy in the world and clean renewable energy source with effectively zero carbon emission are becoming Vital to attain sustainability for the future. Thus, this article present fabrication of robust faradaic super capacitor Using carbon entities and brief overview of different types of supercapacitor, the relevant quantitative modelling areas, and the future of supercapacitor research and development.