Abstract
Objective. Improvement of the process of automated monitoring of the current state of the electrochemical energy storage without disturbing the regular mode of its operation.Method of research. Investigations were carried out by implementing a pulse method for monitoring the state of an electrochemical energy storage device, in which the values of its parameters are determined from the response signal of the drive to the test current pulse according to the developed algorithm.Results. Information about the status of the drive is displayed on the monitor screen in the form of the current values of its main parameters and is stored in the memory of the monitoring system, which allows you to monitor its dynamics.Scientific novelty. The authors developed an improved method of automated monitoring of the current state of the energy store, based on the identification of its parameters with the parameters of the electrochemical process.Practical significance. The software is developed that can be used for automated monitoring of the current state of energy storage devices as part of autonomous power supply systems
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