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@article{182989,
        author = {Neenu Thomas and Anooja V.S and Sreelakshmi T J and Bevin T B and Rahul Ramesh and Kamal Krishna V J},
        title = {Integrated Hydroponics},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {12},
        number = {no},
        pages = {93-98},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=182989},
        abstract = {The design and installation of a hydroponics monitoring system that can gather hydroponic system parameters, including temperature, water limit, pH level, and turbidity levels, is presented in this work. An ESP32 microcontroller and a number of sensors, such as temperature, turbidity, pH, and water level sensors, were used in the development of the monitoring system. In order to automatically activate the water or pump and drain the required materials into the plant basin of the hydroponic system, the ESP32 microcontroller collects and analyses data from the sensors. The Blynk app on a smartphone then allows the user to view the hydroponic parameters. If the parameter values are different from what is needed, the ESP32 microcontroller can turn them on automatically. The IoT interface and hydroponics monitoring system were successfully constructed and put into use. The experiments were compiled, and the data gathered and discussed. The hydroponic monitoring system was constructed using an ESP32 microcontroller equipped with temperature, water level, pH, and turbidity sensors. When necessary, the ESP32 automatically gathers and analyses sensor data to maintain pH or drain water into the hydroponic system's plant basin. Using his smartphone and the Blynk IoT app, the user can also monitor the hydroponic system's characteristics and, if required, operate the water, turbidity, and pH pumps.},
        keywords = {hydroponics, plant, Blynk IoT, turbidity, pH, microcontroller},
        month = {},
        }