Design, Arrangement and Operation of Automated Heating and Ventilation Systems in Prefabricated Concrete Buildings

Konkov V., Bursau M.

ABSTRACT

This article is based on the results of studies carried out by the authors in the area of design, construction and operation of heating and ventilation systems of smart buildings. There was the world and domestic experience studied of automating the functioning of this type of engineering systems. The main components of the automation of heating and ventilation systems in buildings were determined. The classification and analysis of the four most common systems, depending on the methods of monitoring and regulating the air and heat fluxes, as well as the analysis of the applied software packages for their implementation, were carried out. The recommendations were given on the development of a mathematical model for the formation of the thermal mode in buildings. A methodology for designing air conditioning and ventilation systems was developed. There were also the special aspects of automation of heating and ventilation systems during the reconstruction of buildings investigated. The resulting analysis of the engineering practice of the application of automated heating and ventilation systems was carried out.

Keywords: intellectualization of buildings, automated building management system, building engineering systems, heating and ventilation systems, automation equipment, changing environmental parameters, smart building self-regulation, unified information network, building security system, basic functional characteristics.

For citation: Konkov V., Bursau M. Design, arrangement and operation of automated heating and ventilation systems in prefabricated concrete buildings. Contemporary Issues of Concrete and Reinforced Concrete: Collected Research Papers. Minsk. Institute BelNIIS. Vol. 10. 2018. Pp. 19–35. https://doi.org/10.23746/2018-10-02

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References:

  1. EN ISO 16484-5:2012 Sistemy avtomatizatsii i kontrolia v stroitel’stve. Chast’ 5. Protocol peredachi dannykh [Automation and control systems in construction. Part 5. Data Transfer Protocol]. (rus)
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ISSN 2076-6033
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