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From blackouts and supercars to steel mills, hydrogen holds the key. Hi, I'm Steve Hill, CEO of NewHydrogen, with this week's top hydrogen news.
First up, let's talk about the recent Iberian blackout. On April 28th, 2025, over 10 million people in Spain and Portugal plunged into darkness when a series of substation failures cascaded through the grid. Hospitals had to switch to emergency generators. Trains stalled between stations. Food in shops began to spoil within hours. The outage lasted up to eight hours in some areas, costing the region an estimated half a billion dollars in lost productivity and an emergency response.
Investigators still debate the root cause. Equipment faults, a protective grid trip, or an isolated weather event. But everyone agrees on one lesson. Our centralized grids need reinforcement with distributed generation and storage. And green hydrogen produced and stored locally could keep the lights on when the main grid falters.
Next up, hydrogen's supercar moment. YouTube star Supercar Blondie just featured the Matador MH2, a clean sheet hydrogen supercar from Slovakian startup Matador. Matador Group was once a pioneer in tire manufacturing and now one of Europe's largest tier one automotive suppliers. It's now channeling over a century of its engineering experience into its vision for hydrogen mobility with the MH2 concept.
The best news is that this car isn't a conversion or feasibility concept. It's a purpose-built platform with bespoke hydrogen tanks, a rapid fill system borrowed from aerospace, and a panoramic nearly 3-meter canopy sourced from a helicopter manufacturer in Germany. With 600 horsepower, a 0 to 60 time in under four seconds, and a top speed around 155 miles per hour, it proves hydrogen can go head-to-head with a similar electric car.
Unlike earlier prototypes like the Hyperion XP1, which was only a tech demonstrator, the MH2 is designed for small series production, pointing toward a future where high performance and zero emissions coexist. Our final article gets real about green steel's uphill battle. Green steel refers to steel produced without coal using hydrogen or electric processes to drastically cut carbon emissions.
According to IDEX, steelmakers won't make the hydrogen switch for at least a decade unless green hydrogen costs fall to $2 to $3 per kilogram. For reference, today's costs are between $4.5 and $12 per kilogram and simply don't pencil out. As a result, big companies like ArcelorMittal are delaying final investment decisions until they see affordable hydrogen and supporting logistics in place.
Without cheaper hydrogen, the world's biggest carbon emitting sector will stay stuck on coal or gas and green steel costs and emissions will stay high. So, what ties these headlines together? It doesn't matter if you're talking about grid resilience, hypercar performance, or decarbonizing steel. The missing piece is cheap green hydrogen.
If you're curious about our development progress or how ThermoLoop works, head to newhydrogen.com, watch the short explainer video, and learn how cheap green hydrogen will unleash a new energy economy, which some analysts are predicting will be worth up to 12 trillion. Thanks for watching, and we'll see you again next week.