One of the toughest questions hanging over hydrogen is whether it can perform in applications under harsh, even punishing real-life conditions, and not just in a lab.
Hi, I’m Steve Hill, CEO of NewHydrogen, with this week’s top hydrogen news. Before we dive in, here’s a quick update on our progress in our mission to produce the world’s cheapest clean hydrogen. Our ThermoLoop® engineering test unit is under construction, and we’re working with NuCube Energy to evaluate using heat from their next-generation nuclear reactor to power ThermoLoop®. Hit subscribe if you’d like to follow our progress.
First up, Intelligent Energy brought its full IE-SOAR hydrogen fuel cell lineup to China’s International Low-Altitude Economy Expo in Shanghai this week, its first major showcase to Chinese drone manufacturers.
Heven’s long-endurance hydrogen drones made this list a while back, and now the same idea is scaling into a new market, with Intelligent Energy supplying the fuel cells instead of building the drones itself. The lineup covers 800-watt, 1.2-kilowatt, and 2.4-kilowatt systems for fixed-wing, rotary-wing, and vertical takeoff drones, delivering three to five times the flight time of a battery-powered equivalent.
Flight time is still the real ceiling on commercial drones, not payload or cameras. And China has named the low-altitude economy a national strategic priority, betting on drones for infrastructure inspection, logistics, and emergency response. Batteries get you a demo. Longer endurance gets you a business.
Next, ZeroAvia keeps building partnerships to accelerate hydrogen propulsion for commercial aviation. This time, it’s a deal with Safran, pairing ZeroAvia’s flight-tested propulsion with Safran’s energy expertise and aiming squarely at commercial routes.
It’s separate from the defense-focused deal ZeroAvia announced with Marshall Aerospace a few weeks back. Two serious partnerships in one month tells you the aviation industry is taking more than one run at this problem at once.
Last story for today: hydrogen just had its trial by fire, literally, in the Saudi desert. A new analysis from Race Tech breaks down what the inaugural Extreme H World Cup actually proved about hydrogen as a racing fuel last year.
Nine cars covered a combined 550 kilometers in 40°C heat and fine desert dust without a single powertrain failure. Cars launched off jumps and landed at up to 17 Gs, and engineers reported zero breaches of the fuel cells or hydrogen tanks.
The FIA had to write an entirely new rulebook for these cars, with crash testing that exceeded anything a public road vehicle would ever see. And because the fuel is hydrogen gas, not a battery, tanks refuel in minutes between heats instead of sitting on a charger. The racing returns to the grid this October. And now you know why teams trust this fuel.
Drones, commercial aviation, and motorsport are about as different as applications get. And hydrogen is proving itself in all three at once.
There’s just one thing—one very big thing—holding these applications back: the cost of making the hydrogen they run on. That’s exactly the problem our patent-pending ThermoLoop® technology is being built to solve.
To learn why NewHydrogen’s ThermoLoop® technology is different from any other hydrogen production method on the market, and why that matters, head over to newhydrogen.com, where you can watch our short explainer video. While you’re there, be sure to sign up for our newsletter.
We trade under the symbol NEWH. Thanks for watching, and I’ll see you again next week.