IOT-BASED SMART POULTRY FARM
B. Manohar1, CH. Pratyusha2, K. Poorna Vamsi3, B. Anusri 4 G. Balaji5
Department of Electrical & Electronics Engineering
1Sheshadri Rao Gudlavalleru Engineering college, Gudlavalleru, Krishna District,
AP Pin code-521356.
Corresponding Author:
Bikki.Manohar
Department of Electrical & Electronics Engineering, Sheshadri Rao Gudlavalleru Engineering college,
Gudlavalleru, Krishna District, Pin code-521356, AP.
Email: manuchowdary56@gmail.com
ABSTRACT
This venture introduces an modern IoT-based totally smart fowl farm device designed to revolutionize conventional hen farming via the integration of modern sensing and verbal exchange technologies. The device leverages real-time data acquisition and wi-fi tracking to hold the most fulfilling environmental conditions, making sure higher hen health and improved farm productivity.
Key sensors are hired to screen critical parameters within the farm. A DHT11 sensor constantly measures temperature and humidity to keep a stable and healthful atmosphere for the birds. An ultrasonic sensor tracks feed and water degrees, assisting save you shortages that could have an effect on hen nutrition and increase. Additionally, an LDR (Light Dependent Resistor) monitors ambient mild intensity, which plays a essential position in regulating the conduct, feeding, and laying styles of the fowl.
The device features Bluetooth connectivity through the HC-05 module, permitting farm managers to remotely monitor and manage operations via a cellphone or other Bluetooth-enabled devices. An LCD display with an I2C interface provides real-time readings, making it easy to interpret records online.
This clever farming answer does not automate key farm management obligations however also supports efficient useful resource utilization, minimizes manual labor, and complements sustainability. By merging the IoT era with hen farming, this device presents a scalable, price-effective, and smart method to fashionable agriculture-leading to better cattle welfare, elevated performance, and lengthy-time period productiveness.
Keywords: - Ultrasonic sensor, HC-05 Bluetooth module, LCD display, I2C interface.
