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Information × Registration Number 0222U004981, 0121U100509 , R & D reports Title Development of the theoretical foundations for the creation and development of means for increasing energy efficiency and reliability of combined power supply systems with various types of generators when operating in an stand-alone mode and on the grid popup.stage_title Head Mazurenko Leonid I., Доктор технічних наук Registration Date 01-12-2022 Organization Institute of Electrodynamics of the National Academy of Sciences of Ukraine popup.description2  The configurations and scheme solutions of power systems (PS) with synchronous and asynchronous generators operating autonomously or connected to the network are scientifically substantiated. The object of study is electromechanical processes in PS with different types of generators when operating offline and grid connected. The scientific novelty of the results obtained is the further development of the method of the master generator (MG) to control autonomous power systems with parallel operating generators. The development of the MG method has allowed the development of PS control algorithms with different types of generators in the autonomous mode of operation, which ensures energy efficient operation of such systems and improving the quality of transitional processes. Practical novelty has a developed simulation model of a hydraulic PS, which contains two hydraulic units with different types of generators and regulated dump load (RDL) and which allows to investigate electromechanical processes in the system and to test and adjust the design algorithms. This allows you to reduce the development and adjustment of electromechanical equipment of low -power hydraulic ECs (up to 10 MW). Implementation. The simulation model of the hydraulic PS, which contains two hydraulic units with different types of generators and RDL, which allows to investigate electromechanical processes in the system and to test and adjust the algorithms of system control, when implemented at the design stage will reduce the time of the development and adjustment of electromechanical equipment of low -power hydraulic PSs (up to 10 MW) and to provide further energy efficient operation of such PSs. The industry of implementation is power systems. Product Description popup.authors Bilyk Oleksandr A Volynets Tetyana Р. Dzhura Olexander V. Dinnik Larisa M Mazurenko Leonid І. Malyar Tayisiya H Shykhnenko Maksym O. popup.nrat_date 2022-12-01 Close