As global climate challenges mount, the U.S. military is embracing next-generation technology, taking steps toward a potentially electrified vehicle fleet. A recent highlight in this movement is the Army’s collaboration with Amprius Technologies, awarded a $1.9 million contract to develop cutting-edge battery technology that could transform the future of military operations.

Game-Changing Battery Technology for Military Applications

Amprius, a California-based innovator in lithium-ion technology, focuses on advancing lightweight, high-density batteries. The awarded project will produce a 500 watt-hour per kilogram SiMaxx cell prototype, offering significant improvements over traditional lithium batteries. These new batteries are ideal for reducing the weight of portable equipment, which could lead to more versatile and efficient vehicle operations in military contexts.

CEO Kang Sun of Amprius noted that this collaboration with the Department of Defense emphasizes the company’s commitment to “revolutionize military applications” with technology that enhances power capacity and range, ultimately supporting missions with greater efficiency. Although the Army has yet to purchase an EV fleet, this development is a strategic step closer to the electrification of military vehicles, aligning with the U.S. Army’s goal to transition to an electric tactical vehicle fleet by 2050.

Benefits Beyond the Battlefield

Beyond military operations, this interest in electric vehicles (EVs) highlights a broader movement toward green technology. Unlike traditional gas-powered vehicles, EVs generate zero emissions, drastically reducing pollution levels and aligning with national and global efforts to curb climate impacts. While lithium mining presents some environmental challenges, the overall environmental footprint of EVs is considerably smaller than that of traditional fossil fuel vehicles, particularly as the technology continues to advance and evolve.

EV Benefits by the Numbers

• Did you know an average gas-powered passenger vehicle produces more than 10,000 pounds of planet-warming carbon pollution every year? Therefore larger tactical vehicles generate even more pollution. 
• Further, CO₂ emissions (tailpipe carbon dioxide) from a gallon of gasoline generates 8,887 grams CO₂/gallon.
• Electric vehicles (EVs) have a battery instead of a gasoline tank, and an electric motor instead of an internal combustion engine. Therefore EVs do not emit any tailpipe emissions.
• Sources: US Greenhouse Gas Inventory Report & Fast Facts Sheet; Passenger Vehicle Gas Emissions; European Security Defense; Pollution Elimination from Heavy-Duty Vehicles.

ChargEasy: Powering Up Green Technology for Everyday EV Drivers

For EV enthusiasts and drivers who want to join this movement toward sustainability, ChargEasy provides essential resources and tools for maximizing EV experiences across the country. With the free ChargEasy app, users can:

• Find charging stations anywhere in the U.S. quickly and conveniently.
• Earn passive income as a “charging host.” By signing up on the app, users with home chargers can open their stations for other EV drivers, setting hours and rates for easy income.
• Contribute to the future of green technology. As more drivers embrace EVs, accessible and shared charging infrastructure becomes crucial for supporting sustainable transportation.

In supporting both military and civilian EV advancements, we’re collectively moving towards a cleaner, greener future. Join the revolution by downloading ChargEasy on Apple and Google Play today, and let’s charge up and drive into a brighter tomorrow.

~ Kelly A Norton