Firmware-and Hardware for automatic irrigation system based on ESP32

Automatic balcony garden irrigation system using Home Assistant automation, a wireless capacitive soil moisture sensor, smart switch and valve

IOT project to automatically water plants based on the time. The system makes use of multiple sensors with arduino as its brains. The timer is managed by an RTC with live data about water level, soil moisture and current time displayed through an LCD. It uses concept of proto-threading to efficiently use the arduino.

Automatic mapping of center pivot irrigation systems, planted forests and rural infrastructures

A system that is capable of automatically irrigating the agricultural field by sensing the parameters of soil in real-time and predicting crop based on those parameters using machine learning. The system also predicts the yield of the crop.

Self watering system (automatic irrigation) for plants with microcontroller (e.g. arduino) and "WayinTop Automatische Bewässerung DIY Kit"

The **Automatic Water Supplier for Plants** uses soil moisture sensors to detect dryness and automatically activates a water pump to irrigate the plants. This system ensures efficient water use and optimal plant growth without manual effort.

No description available

An automatic water supplier for plants is a system designed to irrigate plants with minimal human intervention, ensuring that plants receive the right amount of water based on their needs. This system typically uses sensors and automated controls to monitor the moisture levels of the soil and activate the water supply when needed.

A smart pH controller for you automatic irrigation system

In an automatic plant watering system or we can say it smart irrigation system. we are using an Arduino microcontroller to control and sense the thing in the projects such as sense or measure the moisture in the soil we are using soil moisture sensor.

In an automatic plant watering system or we can say it smart irrigation system. we are using an Arduino microcontroller to control and sense the thing in the projects such as sense or measure the moisture in the soil we are using soil moisture sensor.

Most of the farmers use large portions of farming land and it becomes very difficult to reach and track each corner of large lands. Sometime there is a possibility of uneven water sprinkles. This result in the bad quality crops which further leads to financial losses. In this scenario the Smart Irrigation System using Latest IoT technology is helpful and leads to ease of farming. The Smart irrigation System has wide scope to automate the complete irrigation system. Here we are building a IoT based Irrigation System using ESP8266 NodeMCU Module and DHT11 Sensor. It will not only automatically irrigate the water based on the moisture level in the soil but also send the Data to ThingSpeak Server to keep track of the land condition. The System will consist a water pump which will be used to sprinkle water on the land depending upon the land environmental condition such as Moisture, Temperature and Humidity.

To develop a smart irrigation system to provide irrigation system which is automatic for the plants which help in saving water and money. The main objective is to apply the system for improvement of health of the soil and hence the plant via sensors. Appropriate soil water level is a necessary pre-requisite for optimum plant growth. Also, water being an essential element for life sustenance, there is the necessity to avoid its undue usage. Irrigation is a dominant consumer of water. This calls for the need to regulate water supply for irrigation purposes. Fields should neither be over-irrigated nor under-irrigated. In order to replace expensive controllers in current available systems, the Arduino Uno will be used in this project as it is an affordable microcontroller. The Arduino Uno can be programmed to analyse some signals from sensors such as moisture, temperature, and rain. A pump is used to pump the fertilizer and water into the irrigation system. The use of easily available components reduces the manufacturing and maintenance costs. This makes the proposed system to be an economical, appropriate and a low maintenance solution for applications, especially in rural areas and for small scale agriculturists. This research work enhanced to help the small-scale cultivators and will be increase the yield of the crops then will increase government economy

This system is helpful for automatic irrigation system for analyzing the field's data

In this Project, I will work with Smart irrigation System that has wide scope to automate the complete irrigation system. Here I will be building an IoT based Irrigation System using ESP8266 NodeMCU Module,Arduino Uno , Soil Moisture Sensor Module and DHT11 Sensor. It will automatically irrigate based on the moisture level in the soil, Temperature and Humidity of ambient and also send the Data to ThingSpeak Server to keep track of the land condition. The System also consist of a water pump module which will be used to sprinkle water on the land depending upon the land environmental condition such as Moisture, Temperature and Humidity.

This Automatic Irrigation System has been created virtually with the help of a simulation software called Proteus. The microcontroller used is Arduino Uno . The sensors incorporated are Ultrasonic Sensor and Soil Moisture sensor . The Code for the Project has been written in Embedded C in Arduino IDE.

Organic Automatic Smart Irrigation System

Eine simple automatische Bewässerungsanlage für die ESP Plattform / A simple automatic irrigation system for the ESP platform builded with platformIO

🌱 IoT Smart Irrigation System with ESP32 & Firebase enables real-time soil, temperature, humidity, rain, and pressure monitoring. 🌍 Control the water pump manually or automatically via a web dashboard 💻. Optimizes water usage, prevents over-irrigation, and improves crop yield 🌾 with WiFi connectivity and automation 🚀.

This repository consists of files required to set up an IoT system, based on an Arduino Yun board, which manages the automatic irrigation of a small vegetable garden, depending on the detection of environmental conditions (temperature, humidity & moisture) and the choice (by the user) of a particular crop to be managed. Notification of all the data and possible alarm situations through a dynamic and interactive web page and a e-mailing system. Arduino Yun works as a web server by locally hosting from the microSD card.

Monitoring an agriculural field's humidity, temperature, pollution level, soil moisture level and display it in the website dashboard

This system is implemented on Arduino Uno board.

Smart irrigation system using internet of things. With the help of these project, the water level can be controlled and only adequate amount of water will be supplied to the plants automatically. We can able monitor the growth and the soil moisture content using our smart phones from anywhere in the world. Telegram app will be used for that purpose. Components required to build these projects are : Raspberry Pi (model B+), Arduino UNO, Raspberry Pi camera module, Relay, Dc submersible pump, Soil moisture sensor and a OLED Display.

To avoid the defects of traditional methods of agriculture and to achieve Egypt Plan 2030 to avoid wasting water and saving energy and cost of planting by making agriculture fully automated and controlled by a smart vehicle and with assistance of Internet of Things (IoT). This project will be applied to a greenhouse to face water problems in Egypt. Whereas the smart vehicle will measure the temperature, humidity, CO2 levels, light intensity, soil moisture uploading this data to Azure cloud. The smart vehicle will irrigate the agricultural crops depending on the humidity & soil moisture to prevent wasting water and corrupting the crops. Also, the smart vehicle is provided with infrared sensors to detect and track the lanes in greenhouse in automatic mode, monitoring the status of the crops and the emergence of pests. the smart vehicle can be remotely controlled to spray the chemicals to the crop in manual mode, as it is extremely dangerous for human health. Sustainability is a part in the project that providing the smart vehicle with solar cells to recharge the battery and power bank. Also, implementing a water desalination system for water conservation by using saline water in agriculture.

An Automatic Irrigation System Code Chanllenge

IoT based automatic irrigation system

No description available

Plant Watering System based on raspberry pi zero w, intended to provide an ease of automatic irrigation control at agricultural lands ( in farm lands ,etc. ) or even at your own home ( in gardens , seed plots ,etc. )

"Arduino-based Automatic Water Irrigation System: Monitors soil moisture levels using sensors. When levels drop below threshold, Arduino triggers relay to turn on water pump, irrigating plants. Includes GSM module for SMS alerts, ensuring optimal plant hydration and water conservation, with minimal human intervention."