It was found, however, that the discharge performance, including the discharge plateaus and capacities, were significantly affected by the polymer reactions.
To study the effect of low temperature on the discharge performance of the battery, a cell placed in different low-temperature environments was discharged at several different constant currents.
The discharge performance of each type of thermal storage tank was evaluated according to the useful energy considering the discharge temperature, and the performance was found to vary greatly depending on the configuration of the storage tank.
The proposed model is subsequently used to predict the discharge performance with varying the thicknesses of the zinc anode and the microporous separator.
The discharge performance characterizations show that the discharge capacity of the cathode with mixed carbon materials increases with an increase in the ratio of carbon nanotubes to powder.
The impact of discharge depth on the performance of sulfur composite materials is investigated.
Therefore, the heating method can effectively improve the discharge performance of the battery pack at low temperatures.
It was found that the increase in total carbon content can improve the discharge performance of the Li3V2(PO4)3 electrode.
Conclusions are drawn that the heat from the cooling water of a vehicular engine should be a consideration to improve the discharge performance of the ANG storage system.
In this study, the discharge performance of the sluice passageway of tidal power plants was investigated based on the experiments conducted in a planar open channel and three-dimensional numerical simulations.
