Energy-saving constructions and regulations of the Castner furnaces operation were developed for graphitization of large-sized electrode workbenches, which have no other analogue in Ukraine and reach energy expenses decrease by 20–25 %. Thermal and electrical furnace state was experimentally investigated during graphitization of electrode workbenches with different expansion blocks. It was found out that gasification process of carbon material by water vapor occurs in operation area during graphitization process in the Castner furnace.

New technical solution of photovoltaic thermal module for simultaneous conversion of solar energy into heat and electricity was created. The mock-ups of aluminium heat pipes and photovoltaic-thermal module were developed and fabricated during projects. As well thermal tests of aluminium heat pipes, thermal and electrical characteristics of photovoltaics thermal module were performed that confirms the prospect of their application.

The new results on the base of thermomolecular energetics for energy-technological complex with operating mode intellectual control and vibration protection using repulsive clathrates under the dynamic effects has received. And the devices of effective destruction and protection on this base were created. The new technologies of the repulsive clathrates as the new elements of energy-technological complex construction interaction with the working environment have developed.

Energy-saving constructions and regulations of the Castner furnaces operation were developed for graphitization of large-sized electrode workbenches, which have no other analogue in Ukraine and reach energy expenses decrease by 20–25 %. Thermal and electrical furnace state was experimentally investigated during graphitization of electrode workbenches with different expansion blocks. It was found out that gasification process of carbon material by water vapor occurs in operation area during graphitization process in the Castner furnace.

In order to improve the energy efficiency of heat transfer processes, the processes of scale formation and corrosion on heat transfer surfaces were investigated. An experimental setup and method of deposition of scale in operating conditions, hot water and steam boilers at a temperature of 95 ± 2 ° C, which differ from the known fact, that allow you to monitor and adjust the rate of scale formation, using a constant supply of fresh water to maintain a constant composition of the aquatic environment.

The scientific-technical and methodological basis:
 build flexible power systems, algorithms and software for the calculation of optimal structural-parametric layout decisions based on the forecast charts covering loads of power supply systems (PSS);
 definition of rational structure and parameters of complex sources of distributed generation, in accordance with the conditions of their use, taking into account economic, environmental, social and other factors;

In the process of work was implemented fundamentally new software architecture ащк automatic systematization of scientific and educational segment of the global electronic information environment. Scientific and educational orientation allows using the features of the relevant data, especially the fact that they can usually be classified as semi-structured. This leads to the possibility of using structured methods aimed at processing the class, including methods based on Information Extraction.

The method of risk assessment was proposed for analysis the financial processes using the principles of systems analysis.

The structural and functional principles of modem equipment construction for over-the-horizon communication were developed. Time adaptation algorithms for changing conditions of over-the-horizon communication station, based on fuzzy conclusion algorithms were developed. Algorithms of frequency adaptation for initialization and continuous operation modes were developed. Algorithms to receive energy estimations of the channel and their statistical parameters were developed.