Design and Implementation of Regulatory Systems of Light, Temperature and Humidity Indoor Gardens Using Microcontroller

Design and Implementation of Regulatory Systems of Light, Temperature and Humidity Indoor Gardens Using Microcontroller

Author		: ARIANDO; RITA PURNAMASARI 
Published on	: ICOICT

Abstract

Lighting, warming, and protecting from extreme climate can guarantee and improve a quality of plant. To determine how a good condition for growth of plant, it needs a system that could provide ideal conditions. The parameters used to generate the ideal room for growth of plant in general is the intensity of the light, humidity and temperature. Generally,the system was created in a closed room is made ofg glass or plastic and still dependent on weather in this case is the sunshine. We need a system that could provide ideal conditions in a closed room automatically without being too dependent on weather conditions around. In this research the author have designed a system of automatic control of temperature, humidity and light intensity in a closed room by using fuzzy algorithms and conventional methods based on microcontroller. Based on the results of implementation, the system can provide the ideal conditions for growing.