Hydrogen, Reimagined: From Critical Missions to Global Markets
San Francisco — United States

When
11/20/2026, 1:30:00 AM
Where
Berkeley, California, US
About
Hydrogen is having a renaissance in places most people wouldn’t expect: small drones that stay aloft for hours, field generators for the remote outposts, and spacecraft power applications. Data centers, hunting for reliable power as AI demand climbs, are running trials of their own.
These early adopters aren’t waiting for hydrogen to get cheap. For their missions, hydrogen offers what batteries and diesel can’t easily match: longer flight endurance, cleaner energy production, and fuel that can be made on site instead of trucked in. So what can they teach the rest of the energy economy?
Hydrogen, Reimagined: From Critical Missions to Global Markets brings together researchers, industry leaders, founders, and investors for a moderated conversation on:
How hydrogen is made, stored, and moved, and why that shapes who can use it
Why defense, space, and data centers are among the first to try it
What has to break, or be built, for hydrogen to reach everyone else
How to make hydrogen cheap for all
Meet the Panel
Adam Z. Weber, Ph.D. – Senior Scientist, Lawrence Berkeley National Laboratory
Leads Berkeley Lab’s hydrogen and fuel cell research. He co-directs the DOE’s Million Mile Fuel Cell Truck Consortium and is CTO of ARCHES, California’s hydrogen hub. Adam brings the science of what still needs to be built: the fuel cells, electrolyzers, and materials that decide whether hydrogen can scale.
Yinon Eliaz – CEO, Horizon Hydrogen Power Inc.
Leads Horizon’s North American push into hydrogen fuel cell power for data centers. He was previously VP of Strategy at EdgeCloudLink, which builds off-grid, hydrogen-powered data centers. Yinon has spent years deploying hydrogen in data centers, one of the early-adopter markets this panel is about.
Michael McNeely, Ph.D. – President & CEO, Herl Tech
Serial inventor with 40+ patents and three companies founded. He is now developing HERL™, which uses atomic energy instead of conventional electrolysis to split water into hydrogen. Michael s