Abstract
The article deals with the application of the principles of systems analysis in the study of sets of isolated power supply systems within the tasks of sustainable development. For such aggregates, in terms of systems analysis, the concept of a regionally isolated electrotechnical complex is introduced. The analyzed electrotechnical complex is proved to be a complex production and technological system. With regard to a complex production and technological system - a regionally isolated electrotechnical complex, the authors provide a meaningful interpretation of the following principles of the theory of systems analysis: consistency, connectivity, hierarchy, emergence, optimality, and equifinality.
Highlights
One of the goals of sustainable development, proposed by the UN in 2015, is "Goal 7: Ensure access to affordable, reliable, sustainable and modern energy for all" (SDG7) [1].This gave rise to social, economic, and environmental subtasks [2,3,4]
With regard to a complex production and technological system - a regionally isolated electrotechnical complex, the authors provide a meaningful interpretation of the following principles of the theory of systems analysis: consistency, connectivity, hierarchy, emergence, optimality, and equifinality
The actual production and transmission of electrical power to the consumer, as well as the management of these processes, is carried out through the interaction and mutual influence of physically dissimilar components of isolated power supply systems (IPSS) included in the regionally isolated electrotechnical complex (RIETC)
Summary
One of the goals of sustainable development, proposed by the UN in 2015, is "Goal 7: Ensure access to affordable, reliable, sustainable and modern energy for all" (SDG7) [1]. Considering the stochastic nature of the energy produced by renewable energy sources requires "transformation of the development vector" [8] of the entire electric power generation, transportation, and consumption complex. This requires changes in design, construction, and management principles for all components interacting in the specified energy conversion process. The primary is the use of wind and solar energy Such types of renewable energy sources as geothermal, tidal, and wave are actively developed. It is the “further development of RES” [10] that will determine the main changes in the global structure of electric power generation and consumption
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