Development of a prototype of light, temperature, and humidity sensing system for vegetable plots with solar energy, controlled via Internet of Thing (IOT)

Abstract

The objectives of this research were to: 1) To develop a prototype of a light, temperature, humidity measurement system controlled via the Internet of Thing (IOT) for vegetable plots with solar energy. 2) To test the efficiency of using a prototype of a light, temperature, humidity measurement system via the Internet of Things (IOT) for vegetable plots. Development tools and methods: 1) Microcomputer Microcontroller Circuit (MCU) and Plant Sensor. 2) Evaluation form for the prototype of the light, temperature, humidity measurement system in the vegetable plot through the Internet and web application development. It takes 1 cycle crop to plant. Sample test groups and test area are experts in the field of agriculture science, experts in the field of energy engineering farmers, and who attended the study visit The Vegetable plot learning base, Phetchaburi Rajabhat University.

The research results were as follows: 1) Developing a prototype of a light, temperature, humidity measurement system controlled via the Internet of Thing (IOT) for vegetable plots with solar energy, it can be used to perform the functions specified in all 5 sets. 2) The efficiency of using a prototype of a light, temperature, humidity measurement system controlled via the Internet of Thing (IOT) for vegetable plots with solar energy of users at the highest level ( = 4.61 S.D. = 0.50). The values measured by the sensor can be used to make decisions in the cultivation of table vegetables. Reduces the cost of cultivation and should bring the model that has been developed to be transferred to more farmers.