UNTETHERED POWER

In the continuing shift to an integrated, advanced Warfighter, the mobile network depends on more charged equipment than ever before. As data-processing and enterprise integration become reality for the dismounted Warfighter, we must consider new ways of keeping them powered with as little burden as possible.

Vital Combat Resource

Power Technology

We have long understood that the complexity of sustaining soldiers on the battlefield expands and shifts with every new technology. Along with water and ammunition, power contributes significantly to physical burden, and innovation in power delivery and management translates into superior in-the-field effectiveness.

PEDIGREE

We have a history of first-mover foresight in the soldier power space, developing innovative solutions that introduce dynamic power functionality and versatility unseen in the industry.

2014

introduction of SOLOPACK

NEW TECHNOLOGY

AUTONOMOUS CHARGING

In early 2024, we announced our strategic investment partnership with Quaze Technologies, an innovative technology company that provides wireless power solutions that enhance the performance and functionality of unmanned systems.

The synergy between Quaze's wireless charging technology and Galvion's commitment to lessening the burden on the dismounted soldier has applicability across a wide spectrum of land, air and sea domains, with intelligent solutions that can provide opportunities for the Warfighter to quickly and easily charge systems before, during and after missions.

WIRELESS CHARGING CONCEPT

BATLCHRG™

Cable-free powering allows the Warfighter to emerge from the vehicle with batteries and equipment at full charge, reducing the need to carry larger or higher capacity batteries, alleviating the physical burden.

PROOF OF CONCEPT

At SOF Week 2024, we demonstrated our BATLCHRG™ seat-back charging capability.

The robust wireless charging solution features:

Excellent power transfer rates and efficiency
A broad position tolerance to account for movement and misalignment of surfaces
Functionality even in the harshest environments, proving efficient even when covered with water, snow, dirt, or dust