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Information × Registration Number 0226U001373, (0125U001617) , R & D reports Title Ensuring electromagnetic compatibility of distributed electricity generation and power supply networks in conditions of armed aggression. popup.stage_title Багатофакторний аналіз рівнів ЕМ завад Head Baranov Mykhailo I., Доктор технічних наук Registration Date 25-01-2026 Organization National Technical University "Kharkiv Polytechnic Institute" popup.description1 The goal of the project is to develop and implement a comprehensive solution to ensure electromagnetic compatibility for energy facilities in Ukraine in the context of the transition to distributed and decentralized generation during armed aggression. popup.description2 The use of new sources of electrical energy requires the improvement of existing and the development of new regulatory documents on the arrangement and operation of backup power sources. Considering that the combination of such diversity into a single system is taking place for the first time not only in Ukraine, but also in the world, it is necessary to ensure the electromagnetic compatibility (EMC) of the specified technical objects to the action of powerful electromagnetic fields of natural and artificial origin under conditions of aggression, both direct and hybrid. Each object has a unique electromagnetic (EM) environment, due to its engineering and technical features, geophysical, meteorological factors, mutual location with other objects, the presence of communications Taking into account this existing set of factors unique for each object, mathematical modeling and simulation at an operating object distinguishes this study from existing ones. The work developed methods and tools that provide solutions to the world-class scientific and applied problem and issues of security and defense capability of Ukraine regarding EMC of power facilities and systems in conditions of emergency shutdowns and the action of negative factors of natural and artificial origin by optimizing their design, as well as in conditions of transition to the principle of distributed generation. This is achieved by developing and implementing an experimental and calculation method for EMC diagnostics at operating power facilities, developing a system of criteria for designing new ones with improved potential equalization and shielding, grounding taking into account international requirements and the transition of relay protection devices to a microprocessor base. Studies of physical phenomena critical for the reliable functioning of equipment and electrical safety of personnel that accompany the action of the listed factors have been carried out. Product Description popup.authors Serhii S. Rudenko Oleh Y. Hliebov Maryna M. Rezynkina Denys H. Koliushko Svitlana V. Kiprych Yuliia V. Ishchenko Andrii V. Plichko Tetiana I. Tkachova Bohdan V. Vorobiov Yurii O. Furaiev popup.nrat_date 2026-01-25 Close