SOLAR POWERED E-UNIFORM FOR ENHANCED SOLDIER PERFORMANCE

The modern soldier operates in increasingly harsh and dynamic environments, where physical stress, environmental factors, and the risk of injury can significantly impact their performance and well-being. This paper proposes a solar-powered E-uniform system designed to monitor and enhance soldier performance through real-time tracking of physiological and environmental parameters. The system integrates various sensors, including a temperature sensor, heart rate sensor, tilt sensor for fall detection, and GPS for location tracking, all managed by an Arduino platform. The uniform is powered by a solar panel that charges a 12V rechargeable battery, ensuring continuous operation in outdoor settings. The collected data is displayed on an LCD screen for the soldier's real-time monitoring and can be sent as alerts through a GSM module to medical teams or commanders in case of emergency, such as abnormal heart rate or body temperature readings. The system’s key feature is its energy efficiency, thanks to the solar panel that charges the battery, reducing the dependency on external power sources and ensuring operational continuity. The proposed system helps in the early detection of health risks such as heatstroke, fatigue, or dehydration, enhancing the soldier's safety during missions. Additionally, it improves situational awareness by providing real-time location data, enabling better mission coordination. By leveraging wearable technology and integrating renewable energy sources, the solar-powered E-uniform contributes significantly to the operational effectiveness and health management of soldiers in the field. The use of advanced wearable sensors, solar energy, and communication technologies ensures that the soldier remains both safe and capable of performing at their highest level, even in the most extreme conditions.