SMART GARDEN MONITORING AND CONTROLLING SYSTEM WITH SENSORS TECHNOLOGY
Abstract
In traditional husbandry, growers must visit the husbandry land regularly to measure the colourful environmental parameters similar as temperature, moisture, light intensity, and soil humidity to cultivate the crops healthily. Indeed though this system of traditional husbandry has been used for times, the system is emphatic and fails to give a high productivity as growers generally are unfit to measure all parameters directly all the time. Hence there arises a need to have an automatic system that will cover and control the factory parameters for effective growth. Automatic theatre monitoring and controlling is a way where all the parameters are automatically covered without any mortal support. In our system, we use Arduino microcontroller which controls and monitors temperature, light intensity and soil humidity through detectors and activates cooling suckers, bulb, and motor to pump water independently, in case of demand. Information will be transferred to the agronomist or gardener, in case of any abnormal situation through an android app and the result will be handed consequently. The proposed system targets a smart way of covering the factory growth using robotization and an Android app to cover it. The use of an app technology through smartphones enables the system to reach out to numerous people as well. The main theme of this paper is to increase the factory yield and produce by perfecting the factory growth conditions through low water consumption by furnishing an automatic watering system, thereby saving a good quantum of energy and coffers as well. With the advancement of technology, shops are hence more covered, nourished and grown healthily.
Keywords
Node MCU Microcontroller, LDR Sensor, Soil Moisture Sensor.