Pametni rastlinjak

Urankar, Robert (author), Karer, Gorazd (mentor)

V svojem diplomskem delu sem želel predstaviti svojo zasnovo sistema za vodenje in nadzor rastlinjaka. Namen dela je na razumljiv način opisati vse faze izgradnje, od ideje do izvedbe. Avtomatizacija rastlinjaka temelji na krmilniku podjetja PoLabs. Razmere v rastlinjaku merimo s štirimi različnimi senzorji (osvetljenost, temperatura, zračna in zemeljska vlažnost), izmerjene vrednosti pa uporabimo za vodenje luči, grelnika, motorja za odpiranje okna in elektromagnetnega ventila za dotok vode za zalivanje. Senzorje in naprave priklopimo na elektroomarico, ki vsebuje vse dele, pomembne za pravilno delovanje avtomatizacije. Z računalnikom se povežemo z mrežnim kablom preko vmesnika RJ45. Želene razmere v rastlinjaku nastavljamo s pomočjo uporabniškega vmesnika, zasnovanega v programskem okolju C#. Ta nam omogoča prikaz trenutnih izhodnih vrednosti senzorjev, preklop med avtomatskim in ročnim načinom ter ročno vklapljanje ali izklapljanje posameznih naprav.

• Language: Slovenian
• Keywords: avtomatsko vrtnarjenje, krmilnik PoKeys
• Work type: Bachelor thesis/paper
• Organization: FE - Faculty of Electrical Engineering
• Year: 2014
• PID: 20.500.12556/RUL-30057
• Publication date in RUL: 09.12.2014

Secondary language

• Language: English
• Title: Smart greenhouse

Abstract

In my thesis, I wanted to present my own design of a system for managing and controlling a greenhouse. The purpose of the work is to introduce all phases of construction, from idea to execution. Likewise, the thesis describes hardware and software needed for greenhouse automation. My greenhouse automation system is based on a controller, developed by Slovenian company PoLabs. Greenhouse conditions are measured by four different sensors (temperature, iluminance, air humidity and soil humidity), whose values are used to control the lights, the heater, the motor for opening the window and the electromagnetic valve. The device is connected to a computer with a network cable via the RJ45 interface. The desired conditions are set by the user interface designed in C# programming environment, which allows observation of the current sensor values, switching between automatic and manual modes and switching individual devices on or off.

• Keywords: automatic gardening, PoKeys controller