08-10-2016, 12:21 PM
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Abstract-In this paper we show how a electrochemical super capacitor have attracted attention as energy storage devices because they bridge the gap between current alternatives of conventional capacitors and batteries, offering high energy density than conventionalcapa-citors and high power density than batteries.
Designing:To improve the super capacitor energy density it is capacitors and high power density than batteries synth-esized and characteriseda novel core shell nanorod electrode with hydrogenated TiO2 core and polyanaline shell. Good conductivity of H-TiO2 com-bined with the high pseudo capacitance of poly-analine results in significantly high overall capacitance and energy density while retaining good
power density and cycle life. It also demonstrated a much higher cycle life compared to batteries, with a low 32.57 capacitance loss over 10,000 cycles at a high scan rate of 200mV/sec. The basic appli-cation of electro-chemical super capacitor is that it can fit inside a cell phone battery and enable ultrafast electricity faster and storage. Delivering of full charge in 20- 30seconds instead of several hours