Smart Farming: IoT-Based Monitoring and Automated Ventilation in Poultry
Keywords:
smart farming, microcontroller, temperature monitoring, automated ventilation, poultry farming, Internet of Things, and remote monitoring.Abstract
This proposal presents a cost-effective automated system to maintain optimal temperatures in poultry farms. The system ensures a stable temperature of 35°C by continuously monitoring conditions and controlling cooling mechanisms such as fans and misting systems. It utilizes an affordable temperature sensor and a Wi-Fi-enabled microcontroller to automate the process, reducing the need for manual intervention. Additionally, the system connects to an Internet of Things (IoT) platform, allowing real-time remote monitoring and control. This feature enhances efficiency, minimizes labor costs, and ensures quick responses to temperature fluctuations. The system improves poultry health, increases productivity, and optimizes energy use by providing a stable environment. The affordability and scalability of this solution make it suitable for small- and medium-sized farms, particularly in developing regions where expensive alternatives are impractical. Ultimately, this automated system offers a reliable, user-friendly approach to temperature regulation, benefiting both farmers and poultry production.
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