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$30 to $3: How On-Site Hydrogen Solves the AI Power Crisis AI is driving unprecedented demand for electricity—but traditional power grids cannot expand fast enough to keep up. Could on-site hydrogen generation become part of the solution? In this episode of The Ascend Podcast – Clean Energy Series, Geet Gera speaks with Dave Edlund, Co-Founder & CEO of Element 1, about the economics of hydrogen, data center power demand, EV charging, diesel replacement, methanol-to-hydrogen technology and the future of distributed energy. Dave has spent nearly four decades working in hydrogen and fuel-cell technology. His company, Element 1, is focused on solving one of hydrogen's biggest problems: Hydrogen isn't necessarily expensive to make—it is expensive to transport. Element 1's approach is to produce hydrogen on-site and on-demand, rather than manufacture it somewhere else, compress it and transport it by truck. In California, delivered hydrogen can cost around $30 per kilogram—and in some markets even more. A kilogram of hydrogen contains roughly the same energy as a gallon of diesel, making $30/kg hydrogen economically similar to paying $30 for a gallon of diesel. Dave argues that hydrogen needs to reach roughly $3–$5/kg at the point of use to become economically compelling. In this conversation, we explore: ✅ Why transporting hydrogen is such a major economic problem ✅ How on-site hydrogen generation changes the economics ✅ Why Element 1 chose methanol-to-hydrogen technology ✅ Methanol vs. electrolysis vs. ammonia for hydrogen production ✅ Why electrolysis can be inefficient for electricity generation ✅ How hydrogen could support AI data centers ✅ Why data center power demand is stressing electrical grids ✅ Hydrogen as an alternative to diesel generators ✅ EV charging infrastructure and India's massive electricity challenge ✅ How hydrogen can support off-grid construction equipment ✅ Why emissions from diesel generators remain a serious issue ✅ How quickly distributed hydrogen systems can be deployed ✅ Why the first commercial adopter is harder than developing the technology ✅ Element 1's strategy for scaling into larger markets ✅ Why partnerships, growth capital and strategic acquisition could accelerate adoption One of the biggest opportunities is data centers. Dave explains that AI-driven data centers increasingly require tens of megawatts—and sometimes gigawatts—of power. In many locations, getting a grid connection can take years. Distributed hydrogen systems could potentially be deployed much faster and provide cleaner primary or backup electricity than diesel generators. Element 1 is also exploring applications including: • Data center power • EV charging • Construction equipment • Distributed electricity generation • Telecom infrastructure • Fuel-cell systems Dave says Element 1 can potentially deploy certain distributed energy solutions in approximately 12 months, compared with grid connections that could take several years. About Dave Edlund Dave Edlund is the Co-Founder & CEO of Element 1, a company developing compact hydrogen generation systems designed to produce hydrogen at the point of use. Element 1 has already commercialized its technology in telecommunications and is now looking to scale into much larger opportunities including EV charging and data centers. Learn more: e1na.com About the Host Geetanjali Gera (Geet) is Founder & CEO of AI Ascend Partners, helping growth-focused companies combine AI-driven visibility, outreach and automation with real human conversations that create business growth. 🌐 AIAscendPartners.com 🎙️ Subscribe to The Ascend Podcast for conversations with founders and operators building the future across technology, healthcare, clean energy and business. Chapters 00:00 Why $30/kg hydrogen doesn't make economic sense 00:43 Welcome to The Ascend Podcast – Clean Energy Series 01:22 The problem Element 1 is solving 02:02 Why delivered hydrogen costs so much 03:53 Why hydrogen infrastructure isn't working 05:42 Methanol vs. ammonia vs. electrolysis 07:49 What's changed in hydrogen over the last five years 09:54 India's massive EV charging opportunity 11:11 Hydrogen for construction and off-road equipment 12:58 Government and corporate clean-energy mandates 13:59 Can hydrogen power AI data centers? 15:31 The hardest part of commercializing hydrogen 16:23 Why everyone wants to be the second adopter 17:32 What could accelerate Element 1's growth 18:02 Licensing, investment and acquisition strategy 18:51 Dave's 40-year goal 19:40 Scaling from telecom to megawatt markets 20:48 Where to learn more about Element 1 #HydrogenEnergy #DataCenters #CleanEnergy

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