PROBLEMS OF DEVELOPMENT OF INNOVATIVE POWER SUPPLY SYSTEMS OF UKRAINE IN THE CONTEXT OF EUROPEAN INTEGRATION.

Purpose. To analyse problems and features of the formation of perspective concepts and scenarios for the development of the latest structures of energy supply systems for Ukraine in the context of the energy transition and European integration. Methodology. Theoretical studies, analysis, and generalization of scientific and practical results along with the comparative analysis. Findings. The European Green Deal contributes to the wide development of relevant RES-based systems in the EU countries. Ukraine has also declared its active position regarding the issues of low-carbon development and “green” transition with the formation of relevant implementation scenarios until 2035, 2050, and 2070. The paper analyses the current state and structure of the electricity supply system in Germany and Ukraine on their ways to low-carbon development of the energy sector and economy. As a result of the conducted research, it is possible to determine further rational steps for effective transformation of the electric power industry according to the strategy of pragmatic or low-carbon development with further measures to modernize the nuclear and thermal energy sectors and moderate RES development. Development of rational structures of electric power systems of new technological order is a constantly relevant, science-intensive direction, which brings serious changes to the traditional raw-resource economy and energy industry. Originality. The conducted comprehensive analysis of the current state and prospects for the development of the structure of electric power complexes of Ukraine and Germany makes it possible to formulate high-priority rational steps in achieving energy independence and energy security, taking into account low-carbon development of the national economy. Practical value. The represented analytics can be used to ensure sustainable development of Ukrainian energy industry, to form an outlook on problems, prospects, and aspects of optimistic and pessimistic scenarios of the generation system development. [ABSTRACT FROM AUTHOR]