Integration of nuclear power station in the economy of Republic of Belarus. Infrared system ASLOTU

Statistical series of economic and energy indicators had been made up according to 2017 data. It consisted of three comparable values: population and specific (capita per inhabitant in the year) gross value added (SGVA) and electricity consumption (SEC) for fifty countries, which SGVA are larger or comparable to Belarus values. Using the correlation analysis the presence of strong, positive, reliable relationship between SGVA and SEC was established. It was found, that for the innovative development of Belarusian economy and accelerated growth of SGVA, the installed electric capacities are necessary to increase by 20–25 %. It is pointed that nuclear energy is the main resource of the fifth technological setup. The solving tasks during atomic stations operation promote development of new technology, emergence and insure advanced production methods in various economy sections. It is offered to create microclimate, required by modern technologies, in working zones of plants and at workplaces in institutions by an automated system ASLOTU – the radiant system of insuring technological conditions, which had been created by Belarusian specialists. The structurer of this infrared system, principles of its calculation and specific functioning algorithm are given. The ASLOTU technical and economic indicators have been determined – cost, service life, labor intensity and frequency of maintenance, costs of fuel consumed, period of covering capital outlays. The marked indicators are the result of processing the operation data of ASLOTU, which were implemented in Belarus for the period 1997 to 2007. They formed the basis of the draft ASLOTU introduction plan until 2035. The main planned indicators are given. The results can be used in other countries in which SGVA is 4.0–15.0 thousand dollars per person and they took course toward innovative development of the economy.

electricity, technological setup, gross value added, generating capacity, correlation analysis, indoor climate, infrared system, payback period, introduction plan

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