Powering The World’s
Transition To Electrification

Power inspired by nature

For far too long, we’ve taken from nature without replenishing. Now, here we are. We see and feel the effects and it’s time for real change.

At Romeo Power, we’re not just in the business of delivering electrification solutions for complex commercial vehicle applications. We want to change the way people live. We have a bold vision to create a world where energy poverty no longer exists.

Curiosity is key to achieving our goal. It spurs innovation. It empowers us to find new ways to approach seemingly unyielding challenges. We embrace the tough questions because they’re necessary to drive transformation. We have an opportunity to make universal energy a thing of the future.

And the future is now.

Products

Romeo Power offers custom electrification solutions for the commercial vehicle industry spanning from Class 3 delivery vehicles to the largest, long-haul Class 8 vehicles. With high packaging efficiency, high energy density and a structurally integrated cooling system, Romeo Power’s modular battery systems have multiple safety features and are designed to tolerate thermal event faults at a single cell level.

Technology

Romeo Power offers custom electrification solutions for the commercial vehicle industry spanning from Class 3 delivery vehicles to the largest, long-haul Class 8 vehicles. With high packaging efficiency, high energy density and a structurally integrated cooling system, Romeo Power’s modular battery systems have multiple safety features and are designed to tolerate thermal event faults at a single cell level.

U.S. Manufacturing

Romeo Power offers custom electrification solutions for the commercial vehicle industry spanning from Class 3 delivery vehicles to the largest, long-haul Class 8 vehicles. With high packaging efficiency, high energy density and a structurally integrated cooling system, Romeo Power’s modular battery systems have multiple safety features and are designed to tolerate thermal event faults at a single cell level.