Effect of carbon nanostructures in a negative electrode material on the performance characteristics of the lead-acid battery
The processes of structuring in the negative electrode material with carbon additives in various forms have been studied. Impact of the additives on crystallization processes at various stages of testing and operation have been estimated. The mechanism of the interaction of carbon with lead containing materials was presented. It is found that the inclusion of carbon nanostructures in the negative active material increases (up to 20%) of electrical characteristics and durability of the batteries.