OPTIMIZATION OF THE CONTROL SYSTEM OF A SOFTWARE AND HARDWARE COMPLEX FOR ELECTRICITY ACCOUNTING

Abstract

The presented article explores the topic of optimizing the control system software and hardware complex for electricity metering. The control system plays a crucial role in accurately measuring and monitoring electricity consumption. The main objective of this research is to identify and implement optimization techniques that enhance the performance and efficiency of the control system. Aim. Based on the analysis of existing electrical complexes, to develop an architecture, simulation digital models, effective control algorithms and methods of operation of an electrical complex based on three-phase digital measuring transformers with a control system of domestic production for electricity metering in high-voltage AC networks, ensuring operability and quality of functioning in various modes under various external influences. Materials and methods. The scientific tasks have been solved using the general theory of electrical complexes and systems, the control systems theory, methods of physical, mathematical, simulation and computer modeling of components of electrical complexes and systems. Results. The article reflects the development of the general theory of electrical complexes, including digital combined measuring transformers and a control system in the form of a stand-alone integration module, in terms of optimizing system connections of components of electrical power metering complexes. Conclusion. The main practical result of the conducted research is the production of a prototype of an electrical complex based on prototypes of adaptive digital current and voltage transformers and an electrical complex control system for electricity metering based on a universal platform for measuring transformers. Such a construction of a digital three-phase measuring transformer and a universal terminal block (unification module) make it relatively easy to develop similar devices with other current and voltage ranges based on the developed prototype. In existing combined measuring transformers, such a combination of primary converters is not used.