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Information × Registration Number 0214U000281, 0112U000414 , R & D reports Title Design principles enerhoresursozberezhennya in the transmission system by changing the number of phases, frequency and voltage by means of electronic forms popup.stage_title Head Sokol Evgen, Доктор технічних наук Registration Date 05-02-2014 Organization The Kharkov state polytechnical university popup.description2 The object of research is the system of electric power transmission and electric power semiconductor converters. These converters are used to generate a predetermined frequency voltage, the consumers coming to improve electromagnetic compatibility with a power line, and also to reduce the loss of electric power. Aim is to study the system of electric power transmission, power circuits, systems and laws of control semiconductor converters that can realize electricity supply that meets the quality of the energy consumed. Possibility of significant reducing power losses and costs of scarce materials in transmission lines the power system. Working procedure is based on mathematical modeling of the transmission of electrical energy and the individual components of these systems (basic converters, power transformers, power cables filters, etc.). Proposed to improve the performance energy and resource saving in electric power transmission systems on the basis of the achievements of modern converters. Using the principles underlying the construction of the secondary power sources. Offered promising structures on the basis systems of single-phase power line high frequency, suitable schemes of basic converters. The questions of the impact changes in the shape, frequency and number of phases on the performance energy and resource saving of the system. Given corresponding assessment. Addressed issues of building control systems converters base and correctors, which are based on the application of the principles of the forecast control using digital filters discrete frequencies. The study results are confirmed by simulation on Matlab simulation models developed. Product Description popup.authors Є. Маляренко Б. Стисло В. Івахно В. Замаруєв О. Єресько С. Кривошеєв Ю. Гончаров Ю. Чурсіна popup.nrat_date 2020-04-02 Close