Development of IoT based digital timer controller for mushroom house watering system

Djaliludin, Adli Hakeem (2020) Development of IoT based digital timer controller for mushroom house watering system. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

The proposed project intended in producing automated monitoring system of water pump along with the temperature and humidity in external devices such as smartphones by using IoT platform. The recent problem in related industry of mushroom fields is the limited monitoring system and manual setting of timer devices for watering pump to turn on or off. So, this project will help in resolving the problem encountered in this related field. The summarize flow of this project comprised of the setting of timer of water pump to control and monitor the humidity and temperature in IoT platform. The system consisted of sensors that can detect temperature and humidity which will act as the parameters for the water pump to do the task given. The data that collected from the sensors and water pump will be sent to NodeMCU Wi-Fi Module ESP 8266(ESP-12E). Then, the Wi-Fi module will send the data the cloud server in IoT application which is Blynk to do the monitoring system on external devices such as smartphones. So, in Blynk application through smartphones, there will be visuals of data of temperature and humidity with the condition of the water pump. The testing would be done in repeating sequence so that the best setting of timer for the pump to on or off can be implemented to keep the temperature and humidity at the optimum level which are below 300C and above 60% respectively.

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