Levon O. Semiconductordual two-channel regulated compensator of inactive components of the total power

Object of study - the compensation process inactive components of the total three-phase power supply system. The aim of the study - the development of energy-efficient dual-channel semiconductor compensator inactive component of the total power, using the power of modern theories, ideas, management forecast and fuzzy computing. Methods - optimization methods of calculation with the prediction, control methods based on fuzzy logic, optimization methods of multidimensional problems. Theoretical and practical results - designed the structure and method of operation of digital multi-loop control system of a two-channel semiconductor compensator to ensure efficient operation of the compensator in the changing nature of the load, high precision control required parameters of power supply at the connection point of the compensator. Scientific novelty - dual-channel management techniques compensator ensures high dynamic response of the compensator in the changing nature of the load; offered promising structures of control and regulation compensators based on fuzzy-logic and predictive calculations; improved procedures for the selection of tuning parameters fuzzy-controllers using the methods of multivariate optimization. Degree of implementation - results implemented in Institute of Ionosphere of NAS and MES of Ukraine (Kharkiv), SE RI "KhEMZ" (Kharkov), in the educational process of the National Technical University "Kharkiv Polytechnic Institute". Application area - the development of energy-efficient semiconductor compensators inactive components and complete power management systems such devices.