Ontology-Based Intelligent Control and Optimization of Ukraine's Energy System

Abstract

Energy sector is one of the core Ukraine economy structural components, its sustainable existence determines the development vector of the society. It can be described as a complex non-linear multidimensional system, in which transient processes operate and critical and chaotic regimes emerge. The creation of an effective control scheme for such a dynamic macro system is associated with a number of problems in the field of as design so and implementation and is still the topic for scientific discussions. The paper aim is to develop a comprehensive simulation ontology-based model of the energy system of Ukraine, which can be applied as the basis for a corresponding decision-making support system. The following tasks are to be completed to achieve the mentioned goal: determination of the main structural components of the energy system, which should be reflected in the model; determination of the required level of decomposition of the above-mentioned elements; construction of the basic version of the model, assessment of adequacy, planning and conducting of relevant model experiments; obtained results analysis.