Paper Contents
Abstract
This paper presents an IoT-based fogger system designed to mitigate heat stress in dairy cows, thereby enhancing milk production. Heat stress negatively impacts cow health, leading to reduced milk yield and overall productivity. The proposed fogger system operates wirelessly and incorporates an inbuilt timer, allowing for automated and efficient cooling during peak temperature periods. By maintaining optimal temperature and humidity levels in the barn, the system aims to improve cow comfort and welfare, resulting in better milk production. This study evaluates the system's effectiveness, highlighting the potential of smart, automated solutions in modern dairy farming to combat heat stress.This paper presents an IoT-based fogger system designed to mitigate heat stress in dairy cows, thereby enhancing milk production. Heat stress negatively impacts cow health, leading to reduced milk yield and overall productivity. The proposed fogger system operates wirelessly and incorporates an inbuilt timer, allowing for automated and efficient cooling during peak temperature periods. By maintaining optimal temperature and humidity levels in the barn, the system aims to improve cow comfort and welfare, resulting in better milk production. This study evaluates the system's effectiveness, highlighting the potential of smart, automated solutions in modern dairy farming to combat heat stress.
Copyright
Copyright © 2024 Bhargav Prashant Kale. This is an open access article distributed under the Creative Commons Attribution License.
