Analysis of three-phase asymmetrical currents in the secondary voltage of signal change sensors in the power supply system using graph models Azizjan Abubakirov, Timur Kurbaniyazov, Muratbay Bekimbetov E3s Web of Conferences, 2024 This article presents the principles of modeling three-phase asymmetrical currents in the form of secondary voltages of signal change sensors in the power supply system. The classical methods of signal transformation modeling do not provide the necessary accuracy due to the complexity in representing the interdependence between input and output quantities and parameters, as well as the difficulty in capturing the interchain dependencies and associated physical-technical effects. The analysis in this work focuses on the principles of signal transformation based on graph models, including the physical and technical effects of the three-phase primary current electromagnetic sensor that creates the interacting magnetic fields. The modifications to elements with nonlinear parameters and the values of the electric network currents in the power supply system during estimation have been considered as an object with concentrated parameters. In contrast to traditional single-phase current transformers, the complex transducing components, weight, and volume of the items are laborintensive when used in combined power measurement and control systems. They also do not provide the universality of the output value when interfacing with microprocessors and electronic technologies in intelligent systems.
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Statistical descriptions of multiphase current sensers of reactive power control systems in renewable power supply power systems IK Siddikov, AB Abubakirov, AU Djalilov, TU Kurbaniyazov, ... PROBLEMS IN THE TEXTILE AND LIGHT INDUSTRY IN THE CONTEXT OF INTEGRATION OF … , 2023 2023 Citations: 14
Analysis of three-phase asymmetrical currents in the secondary voltage of signal change sensors in the power supply system using graph models A Abubakirov, T Kurbaniyazov, M Bekimbetov E3S Web of Conferences 525, 03013 , 2024 2024 Citations: 10
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Three-phase electromagnetic current transducers for control of reactive power of electricity consumption I Siddikov, T Kurbaniyazov, A Esenbekov, K Najimatdinov, E Kushmonov AIP Conference Proceedings 3331 (1), 030035 , 2025 2025
On damping mechanical vibrations in an electromagnetic vibration exciter M Ibadullaev, A Esenbekov, A Muratov, T Kurbaniyazov, T Berdanov American Institute of Physics Conference Series 3331 (1), 040003 , 2025 2025
Mathematical Modeling the Processes of Converting Asymmetric Three-Phase Reactive Power Currents into Secondary Voltage TU Kurbaniyazov, AD Nietbaev, KM Najmatdinov, YB Kadirov International Workshop Hybrid methods of modeling and optimization in … , 2024 2024
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