IOT HYDROPONIC SYSTEM WITH SENSOR INTELLIGENCE

Abstract

Hydroponic farming, which uses less water and maximizes nutrient delivery, has become a popular way to grow plants without soil in response to the growing demand for sustainable agriculture. An IoT-enabled solar-powered hydroponic indoor farming and plant growth chamber is presented in this project. Its purpose is to establish a controlled atmosphere for the best possible plant growth. Powered by a solar-powered power source, the system makes use of the ARDUINO microcontroller for automation and real-time monitoring. A 16x2 LCD screen, a buzzer for notifications, an AC water pump for automatic irrigation, temperature, humidity, and nutrient sensors, and a water level sensor are essential parts. The system has two modes of operation: manual and automatic. Using an Internet of Things platform, users can operate the irrigation pump remotely in Manual Mode. In Automatic Mode, the system automatically modifies the flow of water and nutrients depending on real-time sensor data. Sensor data is continuously uploaded. to an Internet of Things cloud platform, allowing for remote observation and evaluation. The system's utilization of solar energy guarantees sustainability and energy efficiency while lowering reliance on traditional power sources. Increased yield and resource optimization result from improved plant growing conditions brought about by automated environmental factor control. By optimizing water and nutrients, this clever hydroponic technology reduces the need for human interaction.