Garden Watering System

Automatic plant watering system, which is taken into account together of the foremost commonly used and therefore the most beneficial automated systems nowadays, help people in their daily activities by reducing or completely replacing their effort. This system uses sensor technology along with microcontroller and other electronics to behave like a smart switching system that senses soil moisture level and irrigates the plant if necessary. The purpose of this work is to show how someone can easily make their own and cheap automatic plant watering system in just a few hours by connecting certain electronic components and other materials required. In our experiment, we connected all required materials exactly as shown in this paper, to test whether our system will work properly or not. Although the system made in that way would be the most appropriate for home usage as the solution for some daily and usual issues, there is a wide spectrum of possibilities of implementing these systems as a long-term solution for several agricultural and medical problems, a number of which are undernourishment and pollution as most prominent, dangerous and important ones. The project we've undertaken is “Garden watering system”. This project is taken up as in India there is a Garden Watering rate at which water resources are depleting is a dangerous threat hence there is a need for a smart and efficient way of Garden Watering. In this project, we have implemented sensors which detect the humidity in the soil (Garden) and supply water to the field which has water requirement. The project is Atmega 328P microcontroller-based design that controls the water supply and the field to be irrigated. There are sensors present in each field that are not activated till water is present on the field. Once the sector gets dry sensors to sense the need of water within the field and send a sign to the microcontroller. The microcontroller then supplies water to that particular field which has water requirements till the sensors are deactivated again. In case, when there's quite one signal for water requirement then the microcontroller will prioritize the primary received signal and irrigate the fields accordingly. The development of the Garden Watering system based on microcontrollers at an experimental scale within rural areas is presented. The implementation aimed to demonstrate that automatic Garden Watering can be used to reduce water use.