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Information × Registration Number 0215U006192, 0113U002176 , R & D reports Title Design virtual training complex and identification and current diagnosis systems of electro-mobile electric drive popup.stage_title Head Rodkin Dmytro, Registration Date 10-03-2015 Organization Kremenchuk Mykhaylo Ostrogradskiy State University popup.description2 The object of research: the processes of transformation and transfer of energy in autonomous energy-power electric plants. Purpose of the study: dynamic and static characteristics of energy-power battery installation. Objective: to develop theoretical propositions regarding virtual training simulators for the study of autonomous energy-power plants. Methods: fundamental assumptions of physics, the theory of automatic control and electrical engineering in the creation of mathematical models of diesel internal combustion engine, asynchronous generator, rectifier-conversion devices typical consumers of electricity; energy diagnostic methods of electrical current status and parameter identification of the basic units of the electromechanical system with the use of instantaneous power; mathematical modeling and experimental studies to test theoretical concepts and research results. Interest in the problem of energy conversion has grown significantly in the mid-90s of the last century, when mainly due to advances in the development of conversion devices, digital measurement systems and management, it is possible capacity analysis in the time domain, as well as and voltage and current signals. These signals due to the fact that they are formed using nonlinear elements - power electronics devices - even in the first approximation is unacceptable imagine how signals without distortion, that is sinusoidal. Whichever theory is not created, it must be workable with non-sinusoidal signals with a particular range of harmonics. Additionally, those rules indicates the need for analysis of energy conversion processes at all levels of the chain that determines the structure of the power supply, electromechanical systems and industrial machinery. These links may have different physical nature that determines the appropriate picture conversion units in each sector; However, the objective laws of nature and, above all, the law of conservation of energy is determined unity, continuity of processes of transformation of energy. This points to the need for a general theoretical framework, indicators and characteristics enerhoprotsesiv no matter which of the links they occur. This approach allows a large extent solve various technical and technological problems in compliance with the rules of the three "E" or approximation in varying degrees to it. The results can be used to create training simulators for the study of autonomous energy generation and diagnosis and identification of the current status of the electric drive. Social impact is to increase the efficiency of diagnosis and identify the current state of the electric drive. Product Description popup.authors Зачепа Наталія Василівна Зачепа Юрій Володимирович Мосюндз Дар'я Андріївна Ромашихін Юрій Володимирович Чорний Олексій Петрович popup.nrat_date 2020-04-02 Close