AUTOMATION OF FILL AND BATTERY CHARGING IN THE ARMY 

Savitsky Vladimir Yakovlevich, doctor of technical sciences, professor, head of sub-department of general professional disciplines, Branch of the Military Academy of Material and Technical Support named after army general A. V. Khrulev (Penza) (building 112, Voennyy gorodok, Penza-5, Russia), E-mail: al11091952@yandex.ru
Semenov Aleksandr Alekseyevich, candidate of technical sciences, senior lecturer, sub-department of general professional disciplines, Branch of the Military Academy of Material and Technical Support named after army general A. V. Khrulev (Penza) (building 112, Voennyy gorodok, Penza-5, Russia), E-mail: al11091952@yandex.ru
Serskiy Sergey Sergeyevich, student, Branch of the Military Academy of Material and Technical Support named after army general A. V. Khrulev (Penza) (building 112, Voennyy gorodok, Penza-5, Russia), E-mail: al11091952@yandex.ru 

621.42.068.2 

10.21685/2307-5538-2019-1-9 

Background. Automation of maintenance and repair of batteries (CRA) lies at the heart of reducing maintenance time, improve service quality, lower electrolyte losses. the aim of the submitted work is the development of an automated system and battery charging.
Materials and methods. To define the settings of your system and fill technology considered battery charging troops. The novelty of the system was analysed on the basis of the patent research and existing devices maintenance battery.
Results. As a result of the carried out researches designed automated system fills and charging batteries, designed for the maintenance of acid and alkaline batteries. When usual techno-economic evaluation of the effectiveness of the system based on a network graph operations fill and battery charging.
Conclusions. Application of automated system in vojskovom link will provide reduced time with 64 hours before 6:00 pm, i.e. 4 times. 

automated system, batteries, operating status, charge mode