Development of a software algorithm of automatic climate control system using STK «KONTAR»
Abstract
Luta A. V., Tatarenko O. V., Afanasieva M. A. Development of a software algorithm of automatic climate control system using STK «KONTAR» // Herald of the DSEA. – 2019. – № 2 (46). – Р. 130–135.
In the article the automatic climate control system of the office was developed by developing of the software algorithm with the help of STK «KONTAR». The complex «KONTAR» of modular devices is intended for the solution of a wide range of tasks of automation of heat supply, ventilation, air conditioning, automation of boilers, electric heaters and other power plants. The software and hardware complex of the Moscow Thermal Automation Plant is a system of modules that perform the common task of distributed control and information gathering, interconnected interfaces and common protocols of exchange. The functional scheme of the automatic climate control system was developed. The software algorithm of the climate control system in the office was developed using the Kongraph software environment. In the developed software algorithm the systems of control of shutters, temperature control, level of humidity and level of carbonic gas in the office were implemented. The software algorithm of shutters control of air supply was developed. The software algorithm of humidity regulation in the office was developed. The software algorithm of control of level of carbonic gas in the office was developed. The software algorithms of master-controller MC8, slave-controller MC5 and relay module MR8 by the functional block diagram language in the Kongraph software environment were developed. The conversion and translation of developed software algorithms was implemented by using the Keil software environment. Console software environment was used in order to download bin files gotten after translation into controllers. Developed software algorithm of the automatic climate control system in the office be using STK «KONTAR» can be used in other apartments. In order to adapt it for other apartments it is necessary to correct the specified parameters of temperature, humidity and level of carbonic gas if conditions are different.
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