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Information × Registration Number 0224U001978, 0122U001577 , R & D reports Title A system of methods and measurements of the balance mode of electric power systems with controlled energy sources with verified Smart Grid technologies popup.stage_title Head Lezhniuk Petro D., д.т.н. Registration Date 03-02-2024 Organization Vinnytsia national technical university popup.description2  Generalizing methods of similarity theory and modeling, methods of statistical analysis, methods of linear and non-linear programming were used to analyze and solve the set problems. The criterion of optimality during the consideration of methods and means of balancing RES electricity generation schedules is the minimum cost. A method of determining the most effective methods and means of joint influence on RES generation schedules for their successful participation in the process of balancing the UES modes is proposed. The possibility of using the maneuverable power of the UES, as well as additional means, such as electrochemical storage, hydrogen and biogas technologies, coordination of RES generation schedules and consumer loads, was considered. The perspective of hydrogen technologies and hydrogen as an energy carrier is shown. "Green" hydrogen obtained as a result of electrolysis can be used to generate electricity and balance RES generation schedules, as well as in other industries. For this purpose, the structure of ACS is being improved by stations that use renewable energy sources to coordinate schedules of energy production and consumption. The results of the NDR can be used in NEC "Ukrenergo", NDPI "Ukrsilenergoproekt" and the Institute of Renewable Energy of the National Academy of Sciences of Ukraine in project practice and for the development of normative and methodical documentation for the creation of a system of automatic control of the balancing of EES modes with RES. As a result of the implementation of methods and means of optimizing the functioning of RES, their effective participation in the balancing of EES modes can be ensured, which will allow improving the energy efficiency of both RES and electrical networks of the power system. Product Description popup.authors Gunko Iryna O. Komar Vyacheslav O. Kulmatytska Anna S. Lesko Vladyslav O. Malogulko Julia V. Movchaniuk Maksym I. Povstyanko Kateryna O. Rubanenko Oleksandr Ye. Rubanenko Olena O. Semenyuk Yuriy V. popup.nrat_date 2024-02-03 Close