The amount of gear that soldiers have to carry into the field could become a lot less heavy thanks to researchers at the University of Glasgow and their Solar Soldier System. The Solar Soldier System is the name of a proposal to eliminate the bulky batteries that soldiers carry into the field and replace them with photovoltaic panels for day use and thermoelectric devices for night use.
The photovoltaic panels would absorb sunlight during the day while the thermoelectric devices would convert the temperature difference between a soldier's body and the outside air into energy. Researchers are hoping to eliminate as much as 50 percent of the weight from the 99- to 154-pound loads that soldiers currently carry into combat.
Sun-Powered Soldiers
The Solar Soldier System is Designed to Cut Down on Battlefield Batteries
Trend Themes
1. Photovoltaic-powered Devices - Innovative use of photovoltaic panels and thermoelectric devices to generate energy for the military can lead to further applications and developments of solar-powered technologies across various industries.
2. Lightweight Energy Storage - The development of lightweight technologies for energy storage in the military can pave the way for advancements in consumer electronics and wearable tech.
3. Alternative Energy Solutions for the Military - The use of renewable energy sources in the military can drive innovation towards sustainable energy solutions for other industries and mitigate their dependence on fossil fuels.
Industry Implications
1. Defense and Military Industry - The Solar Soldier System provides a new opportunity for innovation in the military industry, focusing on energy-saving technologies and reducing the weight of soldiers' gear.
2. Renewable Energy Industry - The military's use of renewable energy sources can encourage other industries to adopt clean and sustainable energy practices, presenting an opportunity for innovative solutions in the renewable energy sector.
3. Consumer Electronics Industry - Technologies developed for military applications, such as lightweight energy storage and photovoltaic devices, can also be applied to consumer electronics and wearable tech to improve their energy efficiency and reduce their carbon footprint.