More energy.
Less compromise.
Energy density matters when every gram and every centimeter have a job to do.
GRAPHENE-ENHANCED BATTERY TECHNOLOGY
Energy,
reengineered.
Extraordinary potential.
Engineered into every cell.
01 / THE TECHNOLOGYA MATERIAL DIFFERENCE
Small at the atomic level.
Big on possibility.
The next leap in energy starts with the materials inside.
BLiXT develops graphene-enhanced batteries for platforms where weight, heat, and service life shape every decision. We bring a materials-first perspective to one of engineering’s most demanding challenges.
Explore the performance envelope ↗More energy.
Power that
keeps moving.
Charge, discharge, and thermal behavior considered together, around the demands of your platform.
Built around
the long game.
Cycle life is more than a number. It is a question of duty cycle, operating conditions, and the application.
02 / THE PERFORMANCEBLiXT CELL PLATFORM
A different
energy equation.
Explore the published cell platform figures—and the pack specifications behind a specific application.
ENERGY DENSITY360Wh/kg
Upper published cell figure
CHARGING11min
Published cell figure, 0–80%
CYCLE LIFE20,000
Upper published platform figure
Representative platform figures from BLiXT’s published overview, not guaranteed pack performance. Results vary by cell configuration and test conditions. Confirm application-specific values with BLiXT.
Look closer: 6S · 24 Ah pack specification+
This pack has a separate operating envelope. The downloadable specification lists:
Nominal voltage23.7 V
Nominal energy568.8 Wh
Maximum continuous discharge10C / 240 A
Super rapid charge time35 minutes
Cycle life at 0.5C / 0.5C, 95% DOD5,000 cycles
03 / APPLICATIONSFROM AIRBORNE TO ALWAYS ON
Different missions.
One driving force.
Start with what your system needs.
Build the energy solution around it.
+AIRBORNE
POWERWEIGHT / ENDURANCE / OUTPUT
POWERWEIGHT / ENDURANCE / OUTPUT
MISSION-DRIVEN INTEGRATIONGive your platform
Give your platform
more room to perform.
Evaluate cell and pack options around your airframe’s mass budget, power profile, and operating environment. Commercial and defense UAV applications each demand their own qualification path.
Discuss your platform ↗+STATIONARY
POWERCYCLE LIFE / THERMAL / INTEGRATION
POWERCYCLE LIFE / THERMAL / INTEGRATION
LONG-HORIZON ENERGYMake every
Make every
cycle matter.
For grid and microgrid storage, evaluate long-term cycling, thermal management, and system integration against your actual operating requirements.
Discuss energy storage ↗+CRITICAL
POWERLOAD / RESPONSE / RESILIENCE
POWERLOAD / RESPONSE / RESILIENCE
DEMANDING INFRASTRUCTUREIntelligence needs
Intelligence needs
an energy foundation.
Explore battery integration for power-intensive infrastructure. Start the conversation with your load profile, runtime needs, and installation requirements.
Discuss your requirements ↗Progress starts
inside.
We’re focused on the space between advanced materials and practical energy systems. From cells to application-specific packs, our ambition is simple: give the next generation of technology a better source of power.
SACRAMENTO, CALIFORNIA · ADVANCED BATTERY TECHNOLOGYTHE NEXT MOVE IS YOURS
Let’s power
what’s next.
Bring us your application.
Let’s explore what BLiXT can bring to it.