Smart House - The Building Management System

Abstract:

Unit recently, electronic management systems were reserved exclusively for production systems. The development of technology has enabled the construction of "intelligent buildings", that is buildings equipped with advanced systems to supervise the operation of household equipment. Control systems monitor the condition of the rooms (temperature, humidity) using sensors, and the measurement is analysed by a program resident in the memory of a microcontroller which, based on a developed algorithm, makes the decision to activate the actor – an actuating device (heater, air conditioner). The system acts like a robot, which creates the picture of the world with its sensors and then, based on its built-in "intelligence" (a program), performs a specific operation. The only difference is in the appearance; instead of a human-shaped android, we have a "thinking" building. The intelligent building control system enhances the living comfort of the inhabitants and reduces the energy intensity. A characteristic feature is the user's ability to interfere in equipment operation parameters, e.g. to change the temperature. Therefore, control systems feature a simple and functional interface suited to the skills of an average user. It is activated on any device with an internet browser to enable the remote control of the system.

• Periodical: Applied Mechanics and Materials (Volume 613)
• Pages: 83-95
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.613.83
• Online since: August 2014
• Authors: Andrzej Piotrowski*, Tadeusz Nieszporek
• Keywords: Computer, Control System, Industry Network, Microcontroller, Programming

References

[1] Balcerek K.: Inteligentny dom", a Master, s Thesis, Czestochowa (2014).

[2] Holuk M.: Budynek inteligentny - możliwości sterowania domem w XXI w., Scientific Bulletin of Chelm, Chelm (2008).

[3] ISO/IEC 14543-3-10: 2012: Information technology - Home Electronic Systems (HES) - Part 3-10: Wireless Short-Packet (WSP) protocol optimized for energy harvesting - Architecture and lower layer protocols.

DOI: 10.3403/30248340u

[4] KNX ABB: Smart Home and Intelligent Building Control, http: /www. abb. com.

[5] KNX: Introduction, www. knx. org/pl/, Specyfikacja standardu" ("Standard specification, ).

[6] Korczak S.: Pomiar natężenia światła, http: /myinventions. pl.

[7] Niezabitowska E., Budynek inteligentny", Vol. I: Potrzeby użytkownika a standard budynku inteligentnego, Publishing House of the Silesian University of Technology, Gliwice (2005).

[8] PN-EN 13321-1: 2013-04E: Otwarta wymiana danych w automatyzacji budynków, sterowaniu i zarządzaniu budynkami - Domowe i budynkowe systemy elektroniczne" - Part 1: "Wymagania dotyczące wyrobów i systemów.

[9] PN-EN 13321-2: 2013 Otwarta wymiana danych w automatyzacji budynków, sterowaniu i zarządzaniu budynkami – Domowe i budynkowe systemy elektroniczne" – Part 2: "Komunikacja KNXnet/IP.

[10] Widelski W.: Instalacje inteligentne, iDom, http: /www. i-dom. pl, iDom (2014).

[11] Vagaš M., Hajduk M., Semjon J., Páchniková L., Jánoš R.: The view to the current state of robotics / - 2012. In: Advanced Materials Research. Vol. 463-464 (2012), pp.1711-1714.

DOI: 10.4028/www.scientific.net/amr.463-464.1711

[12] Baláž V., Páchniková L., Varga J.: Robot control in virtual laboratory In: International Scientific Herald. Vol. 3, no. 2 (2012), pp.10-15. - ISSN 2218-5348.