Developed a comprehensive approach to the problem of optimization of energy consumption, improving energy efficiency and sustainability of the most energy-intensive consumers of mining companies - mining fixed installations (SSU) by applying diagnostic tools is their energy efficiency, energy-saving drive systems, control devices power quality and introduction of technological measures for its economy. Developed methods and tools allow you to replace existing technology diagnostic and service equipment - service "regulations" more advanced technology services "actual status".

The updated technology of electrode production has been developed as a sum of new and modernized technological schedules and industry equipment constructions. The actuality of the design of resources and energy saving measures in the electrode production was stated. The experimental temperature dependence of carbon materials physical properties was proved. Technical solutions of current equipment modernization were found out.

The new formula of carbon granular materials for fettling and thermal insulation of hightemperature equipment in the electrode production has been developed. The necessity to change the multicomponent thermal insulation charge on the carbone coke basis monocomponent charge was proved.

Entities of the higher education branch similar to other budgetary financing structures primari-ly require the systems approach in efficiency of energy consumption management and analysis. Methodology of the energy management system in education branch was developed. It is based on the energy consumption and energy saving three-level processes control system of the branch entities.

The scientific, technical and methodological bases for intellectualization of processes of generation and distribution of electricity (components of the Smart Grid concept) in integrated energy systems with prosumers are determined. The scientific aspects of the concept of smart electricity system are formed. The processes of generation and consumption of electrical energy in the integrated systems for electricity supply were studied, assessment of the impact of tariffs differentiated by time zones for the formation of power consumption schedule was held.

The analysis of the conditions of operation of NPP with auxiliary systems in modern EPS of Ukraine was performed. The most probable set of events (incidents) that cause accidents in EPS with NPP was determined. The structure of risks of electrical connection of NPP and TPP with power system and blackout of auxiliary system of power plant under extreme external influences was formed.

Methods for morphology control in a process of nanostructures growth by deposition of atoms diffusing from solution to the forming surface are developed. Surface restructuring is considered, yielding morphologies of interest in catalysis. Shape selection for nanoparticles and surface nanostructures occurs in appropriate "nonequilibrium" regime of properly balanced rates of various processes.

Created new science concept, new methods of analysis and control in the field of security of complex systems. Constructed new logical-probabilistic models allows to formalize the description of complex systems security problems and ensure a unified methodological framework for its solution. Created new scientific approaches for constructing a new class of complex information security systems.

New approaches are developed to determination of chemical composition of alloys for making of the poured details from heat-resistant and wearproof alloys on the basis of iron. Smallalloying and modifying elements, their action, are certain on properties of alloys and optimum correlations for work of the poured details in extreme terms. The methods of determination of kinetics of oxidization of heat-resistant alloys are developed in different aggressive environments, them firmness against oxidization , heat-resistance, steady to growth and wearproof.

The monitoring system includes equipment, methods, and software. It was designed for the following purposes: Measurement of mechanical stress within the main pipeline, located in potentially dangerous areas. Transmission of measurement data into operator’s server. Graphical representation of the current stress distribution in a horizontal axis of a pipeline. Graphical representation of stress changes in the points of measurement over time.