Abstract
In rapidly developing world, the complexity of electric energy storage management systems and a significant data flow affect the development of technologies and contribute to the transition from classical to more efficient control methods based on fuzzy logic, which are able to function with complex structures and incomplete information. (Research Purpose) The research purpose is developing the optimal structure of the control system according to the criterion of minimizing the number of rules of fuzzy logic and increasing the energy efficiency of the electric power storage and justifying further research and implementation of this system in the software package. (Materials and methods) Used the methods of analysis, synthesis and modeling used to create the structure of the control system being developed based on the fuzzy logic method. (Results and discussion) The final structure of the power storage management system was determined on the basis of the fuzzy logic method, which is presented as a list of rules. The main variables on which the work of the control system being developed is based have been formulated. (Conclusions) The results obtained are the basis for further research and development of a control system based on a software package capable of influencing the controls of an electric power storage device.
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