Intelligent Solar Based Climate Adjustable E-Uniform for Soldiers

Climate change is difficult to predict in the current state of global scenarios. It is slightly uncomfortable for ordinary people, but it is extremely difficult for soldiers to live in unpredictable climatic conditions. Soldiers risk their lives to protect our country, and this solar-powered climate-adjustable E uniform shields them from harsh weather. Depending on the weather, this E uniform provides them with warmth or coolness. This project operates in two modes: summer and winter. Uniforms can drive the body temperature with the Peltier module by selecting the mode of operation. Military uniforms are designed to meet a variety of soldier needs, including environmental protection. Traditional military clothing, on the other hand, may not help control body temperature in adverse weather situations. As a result, this study offers a solar- powered temperature- controlled e-uniform for soldiers to use to maintain their body temperature in a variety of weather circumstances. A temperature sensor, a microcontroller, a power supply, and heating and cooling devices comprise the e-uniform. The temperature sensor measures the soldier's body temperature, and the microcontroller determines whether heating or cooling is required based on the temperature measurements. The e-power uniform's supply will be solar-powered, making it appropriate for usage in rural areas with limited access to energy. The heating and cooling elements will be triggered based on the microcontroller's signals. The e-uniform will be lightweight, long-lasting, and comfortable for soldiers. The technical details of the solar-powered temperature- controlled e-uniform, including the design, operating principle, and benefits, are covered in this paper.