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My research work

During the period of transition to market-based economic relations in Kazakhstan is carried out large-scale work to save all kinds of energy. Boosts commodity-money relations, a permanent increase in energy causes the energy producers and consumers to make cost estimates and to find effective direction of its economy.

 

The payback period of capital and operating costs of the unit of such systems is much less production costs, processing and delivery of fuel to the consumer economy which provides heating of IP automation, ventilation and air conditioning. microclimate by controlling the process parameters on the basis of microprocessor systems with a special branched program.

 

To ensure the effective operation of the IP, which are characterized by extreme individuality, you must perform a series of research: to determine the static characteristics at different IP modes, as part of the formation of the task in the control loop, and justify the value of the dynamic characteristics of the automatic control system (ACS).

 

Increased costs for energy resources caused by actuality of these areas of research.Therefore, solving the problem of creating a comfortable indoor climate, it is necessary to develop a control algorithm heating, ventilation and air conditioning, which will take into account the perception of the man she controlled microclimate.

 

To do this, you first need to analyze the features of influence of the individual parameters of the microclimate and their combination on human comfort.The main goal of the automatic building control system (control object - teaching and laboratory building) is to increase energy and resource efficiency.

 

The use of management theory of modern computer technology allows to model control system improving energy and resource efficiency, to carry out numerical experiments, the results of which confirm the efficacy of the chosen techniques.Mastering the principles and foundations of the development of building management systems improve energy and resource efficiency.

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