Intelligent Control Algorithm for an Automated Autonomous Power Supply System

The paper proposes an algorithm that synchronizes the operation of modules, an intelligent control system for an automated autonomous power supply system (solar system) operating with an n-number of thermal radiation sources located in an environment with a complex infrastructure. An extended block diagram in SDL notation is proposed, which displays the sequence of operations for processing the values of the setting action parameters received from external entities (the user and information-sensor modules registering the effects of the super-system objects), and the synthesis of parameters for adjusting the operating mode of the control object subsystem elements directed to optimize the process of converting thermal energy. A decomposition of complex operations is also proposed, including fuzzy inference systems aimed at aggregating an array of input parameter values (synthesized during the execution of the algorithm or obtained from external entities) into the assessment of the reference influences, the assessment of energy sources, the assessment of energy costs for reorienting the working surface of the converter and transducer position status.