Automated Control System For Tomato Plantation

Kalaivani, Ramachandran (2013) Automated Control System For Tomato Plantation. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

The purpose of this project is to describe the ability of cold climate plants in Malaysia by using temperature and humidity control design. This project with the title Automated Control System for Tomato Plantation is aimed to facilitate the farmers or gardeners to involve in greenhouse system and improve agriculture technology. This project consists of three main scopes in the electronics which are the software development, hardware development and mechanical design. There are several parts which control the system. Temperature and humidity sensor is basically to control and maintains a sustainable temperature and humidity to the growth of cold climate plants. These sensors will detect the requirement and operate as the system designed. Photovoltaic (PV) solar panel is the power source for the project. The energy from the sun lights will be absorbed and converted to electrical energy, Light Emitting Diode (LED) flash siren alarm; LED flash siren alarm will determine and alert the error which occurs in the system. The colour of the LED flash siren alarm for this system is red and transparent roof; the transparent roof of the system uses Direct Current (DC) motor. The roof part of the system is almost done and still on progress. As the result, the user will be able to use the system manually and automatically. The program code for manual method is designed by using Programmable Integrated Circuit (PIC).

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