Blog
Insights to grow your partner program
Multi-fuel PEM fuel cells: the complete guide
What a multi-fuel PEM fuel cell is, how one membrane runs on hydrogen, methanol and ethanol, how it compares to lithium-ion, and where it's deployed — from soldier power to megawatt systems.
Fuel cell vs lithium-ion: energy density, weight & runtime
A direct comparison of multi-fuel fuel cells and lithium-ion batteries — energy density, weight, runtime, refuelling, cold-weather and noise — and when to use which.
Powering the dismounted soldier: silent, lightweight, multi-fuel
How a wearable multi-fuel fuel cell replaces the battery burden — a ~72-hour mission under ~2.7 kg, near-silent and low-signature, refuelable in the field.
Silent backup power for disaster response
Why disaster-response teams need power that is silent, safe to run indoors, and works on whatever fuel is available — and how a multi-fuel fuel cell delivers it.
Off-grid & microgrid power without diesel
The diesel gen-set has a hidden cost — noise, emissions and a fuel convoy. How a multi-fuel fuel cell delivers clean, quiet, fuel-flexible power for off-grid sites, microgrids and OEM equipment.
Fuel cells for drones: extending UAV endurance with multi-fuel power
Battery drones are capped at tens of minutes of flight. How a multi-fuel fuel cell power pack extends tactical UAV endurance up to ~5.85× — minutes become 6–12+ hours — and drops into existing airframes.
Methanol vs hydrogen vs ethanol: choosing fuel for portable power
Hydrogen, methanol and ethanol each have a place in portable fuel cell power. How they compare on cleanliness, storage, transport and availability — and why a multi-fuel platform means you don't have to pick just one.
Diesel generator vs fuel cell at the forward edge
At a forward operating base, the diesel generator gives away your position and depends on a vulnerable fuel convoy. How a multi-fuel fuel cell changes the OPSEC and logistics math.
Beyond lithium: the portable-power transition
Lithium-ion made portable power possible — but it is hitting physical limits exactly where demand is growing fastest. A perspective on where long-duration portable power is heading, and the role of multi-fuel fuel cells.