Search

The reinforcement power supply framework that utilizes lithium manganese hybrid batteries, which have high limit with regards to reinforcement use. The framework utilizes a new type of battery which gives the triple times of efficiency then an ordinary battery which drawn out of best cyclic performance and also stabilizes at ambient temperatures during the intercalation process overwhelmingly happens inside the Mn 3d orbital system. Then again, the p orbital assumes a significant job in the oxidation/decrease process between the Li- Mn systems by making gaps at ligand locales. The capacity voltage curve is calculated when the cell is placed during charge/discharging at a rate of 125 mA/g at potential of 1.2 to 1.7 V. The fabricated cell exhibits an outstanding performance retaining 82 % of capacity after 300 cycles. The capacity cycles remains constant up to 70 mAh/g during the charge and discharge processes. [ABSTRACT FROM AUTHOR]

Nanocomposite polymer (NCP) films were developed by adding TiO2 filler with different wt% ratios of PVP and potassium acetate salt by solution cast procedure. Cyclic voltammetry studies were examined on the developed NCP films. By utilizing the prepared NCP films, a cell was created and its cell parameters were determined. The galvanostatic charge/release execution was completed from 2.79 to 4.45 V for the composition of 60:40:1wt% ratio of the film. [ABSTRACT FROM AUTHOR]

A new type of nickel metal hydride batteries have been developed for backup power supply system. The prepared grid power energy system has high capacity for backup use and also provides a backup power time to the systems up to 13 hours at 21 °C under 210-VA output power. The average power of the system increases up to 16 W. The grid power source stabilized at 3x109 cycles with the increase of frequency. The external energy source of the grid power system increases up to 4 J. Thus it can be used as a promising outdoor power supply for electronic devices. [ABSTRACT FROM AUTHOR]