IoT Based Humidity, Temperature and Gas Monitoring Using Arduino UNO

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Published Sep 16, 2021
Saifuddin Akhil Kamala Kumari Praneash Chanakya Sujith Kalluri

Abstract

Internet of Things (IoT) plays a pivotal part in our mundane daily life by controlling electronic devices using networks. By observing the important parameters, controlling of the system can be performed which produces important pieces of information by keeping in mind the functioning of these e-devices. Instantaneously, the same information will be transmitted to these important statistics through the transmitting device, and it also saves the same information on the cloud as a supplementary procedure to use them later. The outcomes of the environmental observances are associated with this scrutiny; for example, sensors are used for the measurement of temperature and humidity. The collected data can be used to produce actions such as heating devices, dominant cooling, or long-term statistic. By network or any other android application, the data can be uploaded on the cloud storage. In the present study, Arduino UNO, Wi Fi module is used which helps in processing and transfer of sensed data to the Thingspeak cloud.  Thus, the parameters received is stored in the cloud platform (Thing speak). The changes in the environment are updated in the form of a database through the cloud computing method.

 

In this system Arduino Uno measures the conditions from respective sensors. These sensors are DHT-11(which gives the data of humidity and temperature as shown in Fig. 1), MQ-6(which gives the data of the gas), ESP8266 Wi-Fi module (It transfers the data of the system to IoT based platform i.e., ThingSpeak). In Arduino Uno, there is already an inbuilt analog to digital converter [1,2]. The weather parameters are calculated through Arduino. Then IoT method is used for sending these parameters. After continuous time interval, the process is repeated and again of transmitting data through Wi-Fi. Then this weather data can be viewed by the user by visiting to the Thingspeak. Web server is used for storing the data and connecting the projects. Hence user gets Live reporting of weather conditions. Internet connectivity or Internet connection with Wi-Fi is compulsory in this IoT based weather monitoring reporting system project.

IoT based temperature; humidity and gas monitoring system provide an efficient and definitive system for detecting conditional parameters. Right actions can be taken for the stud as per the requirement. IoT-Based monitoring of conditions do not allow user to reduce the human work and time, but it also permits user to analyze changes in the environment for taking possible actions. It is cheaper in cost and consumes less power. on building this system we can conclude that it is very helpful in many aspects in our daily life in many ways. Since we are facing many problems during the past years due to gas leakage and fire accidents in industries as well as in our houses this project helps by monitoring the conditions and taking a safety measure before the accidents may occur. In future it can be implemented in a way that every home /industry consists of this system such that it prevents the flow of gas to prevent the accidents.

How to Cite

Mohammed, S. A. S. ., Aluri, A., Duru, K. K., Venkatachalam, P., Karra, C., & Kalluri, S. (2021). IoT Based Humidity, Temperature and Gas Monitoring Using Arduino UNO. SPAST Abstracts, 1(01). Retrieved from https://spast.org/techrep/article/view/935
Abstract 194 |

Article Details

References
[1] L Barik et al., Int J Adv Comput, 10(9), 494 - 502 (2019).
doi: 10.14569/ijacsa.2019.0100966.
[2] A. Das et al., MATEC Web of Conferences, 210, 2 - 5.
doi: 10.1051/matecconf/201821003008.
Section
General Session: Technologies For Smart Connected Societies