Thermosense: Dual-Mode Thermoelectric Soldier Suit with Real-Time Ambient Sensing
Abstract
Modern military operations often expose soldiers to extreme environmental conditions such as intense heat, severe cold, and unpredictable weather variations. These conditions can negatively affect the health, endurance, and operational efficiency of military personnel. This paper presents ThermoSense, an advanced wearable soldier suit designed to provide adaptive thermal regulation along with real time monitoring of ambient environmental conditions. The proposed system integrates thermoelectric modules based on the Peltier effect that enable both heating and cooling functions within a single wearable platform. Environmental sensors are incorporated to continuously measure parameters such as temperature and humidity, allowing the system to dynamically adjust thermal conditions according to the surrounding environment. A microcontroller-based control unit processes the sensor data and automatically regulates the thermoelectric modules to maintain optimal comfort for the wearer. The system is designed to be lightweight, energy efficient, and suitable for deployment in harsh environments such as deserts, high altitude regions, and cold mountainous terrains. By combining wearable thermoelectric technology with intelligent sensing and automated control mechanisms, ThermoSense enhances soldier safety, improves thermal comfort, and supports better operational performance in challenging battlefield conditions.
References
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