The possibility of service life increase of the stationary lead acid batteries is considered with conservation of the electric characteristic.
The influence of change of the ratio electrode height to its width on the electric characteristic of the stationary lead acid batteries is considered.
The possibility of definition of electrolyte density in lead acid battery VRLA active mass pores is considered by calculation method with use of experimental data.
The influence of corrosion proof alloys with different deep-corrosion rate on the parameters of stationary lead acid battery is con sidered.
The principles of the construction the systems of the control and methods of the leveling the voltage cell in lithium storage batteries have been considered.
The work presents electrolyte density evaluation algorithm for application in lead-acid batteries control automated system.
The state-of art of primary and secondary batteries with aluminum negative electrode, including aluminum-oxygen (air) batteries as well as batteries with positive electrodes based on various other oxidizers is considered.
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