Zasnova pametne inštalacije za vinogradniško zidanico

KREJAN, DEJAN (author), Klančar, Gregor (mentor)

V diplomskem delu je predstavljena zasnova enostavnega sistema pametne inštalacije za že postavljen objekt, ki služi namenu vinogradniške zidanice. Zasnovan sistem omogoča centralni kot tudi daljinski dostop in nudi upravljanje in spremljanje različnih naprav v objektu, regulacijo temperature v prostorih ter spremljanje postopka fermentacije. Zaradi specifike objekta so rešitve prilagojene potrebam objekta, ki so predstavljene v začetnem delu naloge. V nadaljevanju je v več sklopih predstavljena strojna in programska oprema uporabljena za izdelavo sistema, ter njegova predstavitev delovanja. Prikazana je tudi izgradnja modela regulacije temperature v prostoru in opisana izdelava ter delovanje uporabniškega vmesnika in tudi njegova povezava s centralno krmilno enoto. Za centralno krmilno enoto je uporabljen mikrokrmilnik Arduino, ki je cenovno dostopen, obenem pa dovolj zmogljiv za obseg našega sistema. Sistem pametne inštalacije je bil razvit do prototipne izvedbe in testiran. Z vključitvijo nekaj dodatkov in izboljšav bi bil pripravljen za vgraditev v objekt.

• Language: Slovenian
• Keywords: Pametna inštalacija, vinogradniška zidanica, Arduino, regulacija temperature, daljinsko upravljanje.
• Work type: Undergraduate thesis
• Organization: FE - Faculty of Electrical Engineering
• Year: 2016
• PID: 20.500.12556/RUL-84929
• Publication date in RUL: 08.09.2016

Secondary language

• Language: English
• Title: Design of smart installation of a vineyard cottage

Abstract

This thesis presents the basis of a simple smart installation system used in a already placed building, which purposes as a vineyard cottage. This system enables both central and remote approaches and also provides management and observability of different appliances in the building, temperature regulation and observation of the fermentation process. Due to its specifics, the solutions are adjusted to the needs of the building, which are presented in the beginning of this thesis. Succeeding in the next chapters, hardware and software equipment used for the construction of the system and also its presentation is presented. The construction of the temperature regulating model for the room is also presented. So is the description of the operation of the user interface and its connection with the central control unit. For the central control unit I used the Arduino microcontroller, which is affordable and at the same time powerful enough for the capacity of our system. The smart installation system was developed up to the prototype phase and tested. With inclusion of some accessories and improvements it would be prepared for installation.

• Keywords: Smart installation, vineyard cottage, Arduino, temperature regulation, remote control.