ABOUT TERRALIX

Make
What Truly Matters.

Air-Cooled Hydrogen Fuel Cell Power
for Mission-Critical Power Applications.

TerraLIX develops advanced closed-cathode air-cooled hydrogen fuel cell stacks, modules, and power systems built around its proprietary HYCUS platform.

We enable a more resilient, efficient and sustainable world through reliable hydrogen power.

ABOUT TERRALIX

Make
What Truly Matters.

Air-Cooled Hydrogen Fuel Cell Power
for Mission-Critical Power Applications.

TerraLIX develops advanced closed-cathode air-cooled hydrogen fuel cell stacks, modules, and power systems built around its proprietary HYCUS platform.

We enable a more resilient, efficient and sustainable world through reliable hydrogen power.

ABOUT TERRALIX

Make
What Truly Matters.

Air-Cooled Hydrogen Fuel Cell Power
for Mission-Critical Power Applications.

TerraLIX develops advanced closed-cathode air-cooled hydrogen fuel cell stacks, modules, and power systems built around its proprietary HYCUS platform.

We enable a more resilient, efficient and sustainable world through reliable hydrogen power.

ABOUT TERRALIX

Make
What Truly Matters.

Air-Cooled Hydrogen Fuel Cell Power
for Mission-Critical Power Applications.

TerraLIX develops advanced closed-cathode air-cooled hydrogen fuel cell stacks, modules, and power systems built around its proprietary HYCUS platform.

We enable a more resilient, efficient and sustainable world through reliable hydrogen power.

OUR APPROACH

We don’t compete with system builders —

We empower them.

TerraLIX is dedicated to delivering the world’s best closed-cathode air-cooled hydrogen fuel cell stacks. Whether you’re an OEM, system integrator, or solution provider, HYCUS gives you the performance, reliability, and engineering support to build your next-generation hydrogen system with confidence.

OUR APPROACH

We don’t compete with system builders —

We empower them.

PARTNERSHIP

Stronger Together

We work with global partners to deliver reliable, sustainable power for a more resilient world.

OEM & System Integrators

Our Partners

We collaborate with leading OEMs and system integrators to bring hydrogen power to real applications.

Engineering Support

Your Development

Our engineering team supports your ideas from concept to deployment with proven technology and expertise.

Reliable Performance

Real-World Impact

Our fuel cell power solutions are delivering measurable value in demanding environments worldwide.

A Cleaner, More Resilient World

Our Shared Future

Together, we advance a cleaner, more resilient world through hydrogen-powered innovation.

VISION / PHILOSOPHY

Make
What Truly
Matters.

We create a more resilient and sustainable world through hydrogen power.

MISSION

Power
What Cannot
Stop.

We deliver reliable, efficient, and sustainable power for the world’s most demanding missions.

WHAT WE DO

Air-Cooled
Fuel Cell Power
for Mission-Critical
Applications.

We develop advanced air-cooled hydrogen fuel cell stacks, modules, and power systems enabling cleaner, more resilient power across air, field, and edge applications.

APPLICATIONS

AIR · EDGE · FIELD

Air-Cooled Fuel Cell Power for a More Resilient World.

AIR

Power for UAVs and
High-Altitude Flight.

HYCUS X1–X4 powerpacks and N1, N2 and N4 stacks support aviation integration. TerraLIX reports performance retention in cold, thin-air conditions at 3,000–6,000 metres; output depends on the model and operating conditions.

Explore AIR

EDGE

Scalable Backup Power
for Data Centers and Edge AI.

DION 12 is a planned 12 kW rated closed-cathode air-cooled system. Parallel operation can scale to hundreds of kilowatts, subject to system design and validation.

Explore EDGE

FIELD

Portable Power
Beyond the Grid.

HYCUS X1–X4 lightweight powerpacks, XR2 portable systems and XB2 auxiliary power systems support field operations, military mobile power and outdoor emergency power.

Explore FIELD

Closed-Cathode Air-Cooled Fuel Cell Technology — TerraLIX reports performance retention beyond 3,000 hours and humidifier-free operation down to −35°C under applicable model and test conditions.