R&D registration number in UkrISTEI: 0221U104219
Planned scope and place of application: partner: PJSC “UkrNII TS”, 54030, Ukraine, Mykolaev, st. Artillery, 19; Element-Transformer LLC, 69069, Zaporizhzhia, st. Dnepropetrovsk highway, 9
Funding source: means of the general fund of the state budget; means of enterprises, institutions, organizations.
Level of innovation: no analogues in Ukraine
Availability of a patent: Patent Patent No. 142485 Ukraine, IPC H02M 1/08 (2006.01). A method for controlling the excitation of a synchronous generator when the frequency of the output voltage changes / Ushkarenko E.A., Dorogan E.I.; applicant and patent holder NUK them. adm. Makarov. – statements.
No.U201911477. Published June 10, 2020 Bull. No. 11/2020.
Patent No. 142485 Ukraine, IPC H02M 1/08 (2006.01). A method for controlling the excitation of a synchronous generator when the frequency of the output voltage changes / Ushkarenko E.A., Dorogan E.I.; applicant and patent holder NUK them. adm. Makarov. – statements. No.U201911477. Published June 10, 2020 Bull. No. 11/2020.
Availability of an interested Customer: Ukraine, Mykolaev, st. Artilleriyskaya, 19 Implementation: planned, the expected results will be introduced into serial production at PJSC “UkrNII TS” (Nikolaev), OJSC “Pervomaiskdieselmash”, Pervomaisk, LLC “Element-Transformer”, Zaporizhzhia.
What additional actions need to be implemented: The amount of necessary funding is 0.5 million hryvnia.
Brief description, technical and economic parameters of advantages and positive qualities.
As a result of the project, the following was developed:
Experimental installation for the study of control processes of SEES, experimental samples of the excitation system of a synchronous generator and synchronization system, testing methodology and study of the quality of work of microprocessor automation tools as part of SEES.
Experimental sample of frequency RP with time pulse control and study of its characteristics. Results of the analysis of its parameters.
The results of physical modeling of damping devices as part of autonomous SEES with the emergency.