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Izdelava in ovrednotenje merilnega sistema za spremljanje temperature, vlažnosti in ogljikovega dioksida
ID ŠTRUMBELJ, MIHA (Author), ID Begeš, Gaber (Mentor) More about this mentor... This link opens in a new window, ID Beguš, Samo (Comentor)

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MD5: 5A200A5DE43B32CDAC3518A49BCD90D3
PID: 20.500.12556/rul/4a97645a-6c09-493e-868c-d0f7a70ebdfd

Abstract
Smo v času razcveta elektronske tehnologije, in skoraj vsak od nas že uporablja svoj pametni telefon ali katero drugo elektronsko napravo, ki omogoča povezavo z internetom. Vedno bolj pa se zavedamo tudi ekoloških težav na svetu, zato si ljudje prizadevamo k izboljševanju kakovosti življenja. V okviru diplomske naloge smo izdelali napravo za merjenje temperature, vlažnosti in vsebnosti ogljikovega dioksida v zraku. Vse uporabljene komponente smo priključili na mikrokontroler Arduino MEGA in vstavili v ohišje. V programskem okolju Arduino IDE smo napisali program za delovanje naše naprave. Senzor temperature in vlažnosti smo meteorološko ovrednotili. Meritve, ki jih pridobimo z naprave lahko neposredno spremljamo na zaslonu naprave ali pa kar preko mobilne aplikacije. Naprava pa ni namenjena samo za spremljanje vsebnosti ogljikovega dioksida v hišah, vendar jo je moč uporabiti tudi na drugih področjih.

Language:Slovenian
Keywords:ogljikov dioksid, temperatura, vlažnost, Arduino, kalibracija, IoT
Work type:Bachelor thesis/paper
Organization:FE - Faculty of Electrical Engineering
Year:2017
PID:20.500.12556/RUL-96201 This link opens in a new window
Publication date in RUL:26.09.2017
Views:2237
Downloads:537
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Secondary language

Language:English
Title:Creation and evaluation of the measurement system for monitoring temperature, humidity and carbon dioxide
Abstract:
We are in time when the electronic technologies are in rise, almost everybody use a smart phone or other electronic device which provide connection on internet. We are more and more aware of global warming and we are trying to assure better quality of life. In this work we made a measurement system for temperature, humidity and content of carbon dioxide in air. All components are connected on Arduino MEGA and inserted into a wooden box. For our application we created a software in Arduino IDE. We are meteorologically evaluated sensor for temperature and humidity. We can monitor all the measurement on the device screen or on mobile application. For monitoring air quality, we will use carbon dioxide sensor, temperature and humidity sensor. Device that we made is not use just for measurement of carbon dioxide in houses, but can be also used in other applications.

Keywords:carbon dioxide, temperature, humidity, Arduino, calibration, IoT

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