Energetsko neodvisen pametni rastlinjak

Jakša, Matej (author), Vrabič, Rok (mentor)

Zaključna naloga obravnava samostojnost delovanja rastlinjaka ter nadzorovanja pogojev za življenje, s čim manjšo porabo energije, vode in časa vrtnarjenja. Velik del porabljenega časa v rastlinjaku predstavlja zalivanje, zato je avtomatizacija le-tega izbrana za osrednji problem naloge. Razvita je rešitev z avtomatskim krmiljenjem kapljičnega namakalnega sistema z uporabo mikrokrmilnika Arduino, ki s pomočjo različnih senzorjev in modulov zajema želene parametre ter krmili elektromagnetni ventil. Skupek vseh zajetih parametrov ter zgodovine zalivanja opisuje razmere v rastlinjaku, ki so uporabniku prikazane na LCD zaslonu na vhodu rastlinjaka. Energetska neodvisnost rastlinjaka je zagotovljena z uporabo energetsko varčnih komponent in z napajalnim sistemom sončnih celic.

• Language: Slovenian
• Keywords: kapljično namakanje, mikrokrmilnik arduino, sodobno vrtnarjenje, avtomatsko krmiljenje namakanja, sončna energija
• Work type: Final paper
• Typology: 2.11 - Undergraduate Thesis
• Organization: FS - Faculty of Mechanical Engineering
• Publisher: [M. Jakša]
• Year: 2018
• PID: 20.500.12556/RUL-103256
• UDC: 631.674.6:633.791(043.2)
• COBISS.SI-ID: 16429339
• Publication date in RUL: 15.09.2018

JAKŠA, Matej, 2018, Energetsko neodvisen pametni rastlinjak [online]. Bachelor’s thesis. M. Jakša. [Accessed 1 April 2025]. Retrieved from: https://repozitorij.uni-lj.si/IzpisGradiva.php?lang=eng&id=103256

Secondary language

• Language: English
• Title: Energy - independent smart greenhouse

Abstract

The thesis considers independent operation of a greenhouse and controling its circumstances necessary for sustaining life, with as little as possible energy, water and time consumption. A lot of time during greenhouse maintenance is spent for watering, therefore watering automation is the focus of the thesis. A solution is proposed using automatic control of a drip irrigation system with an Arduino microcontroller, which collects data from various sensors and controls a solenoid valve. Collected parameters and watering history are shown on an LCD monitor at the entrance to the greenhouse. Energy independence of the greenhouse is established with the usage of low-energy-consumption components and solar power supply.

• Keywords: drip irrigation, microcontroller Arduino, modern gardening, automatic irrigation controling, solar energy