Don't Miss This: Bloom Energy and the AI Power Boom

Going Public With Ross Mandell

Ross Mandell explores how Bloom Energy (BE) is positioned to become a critical player in the AI power boom, highlighting its solid oxide fue

Key takeaways

• AI infrastructure expansion is creating a bottleneck in electricity supply, making rapid on-site power generation a competitive advantage.
• Bloom Energy's ability to deploy power systems in as little as 55 days gives it a strategic edge over traditional grid-dependent solutions.

Main topics

• Bloom Energy's role in AI infrastructure
• Solid oxide fuel cell technology deployment speed

Notable quotes

The biggest question in AI may no longer be who has the fastest chip. It may be who can get enough electricity to turn that chip on.

Conclusion

Bloom Energy's transformation from a clean energy play to an essential AI infrastructure provider is

Transcript preview

Speaker 1 (0:00) The AI revolution has a dirty little secret. It runs on electricity. And right now, the race for power may be getting more important than the race for chips. Because the companies that can deliver reliable power faster may become some of the most important players in the next phase of AI. And one company is starting to look impossible for investors to ignore. Speaker 1 (0:34) What's shaking, everybody? My name is Ross Mandel, and welcome to Going Public. Today, we're going to talk about Bloom Energy, ticket symbol BE. And I want to start with something I think investors are only beginning to fully appreciate. The artificial intelligence revolution is not just a technology story anymore. It's an infrastructure story. Everybody spent the last few years talking about semiconductors. NVIDIA, GPUs, memory, networking, data centers. And all of that matters. But every one of those machines has one thing in common. They all need electricity. A lot of electricity. And right now, in parts of this country, the biggest obstacle to building the next AI data center may not be just getting the chips. It may be getting the power. And that changes the investment conversation. completely. Because if electricity becomes the limiting factor in artificial intelligence, then the companies capable of delivering power quickly, reliably, and at an enormous scale, suddenly become part of the AI ecosystem. And that's where Bloom Energy enters the story. Bloom builds solid oxide fuel cell systems that generate electricity directly at the customer's site. In simple English, Instead of building a massive data center and waiting years for the traditional electric grid to catch up, Bloom can put power generation right where that data center is being built. Wow. And I think that is one of the most important parts of this entire story. AI can move at software speed. The electrical grid cannot. That may be one of the great mismatches of this technology cycle. A software company can release a new model overnight. A semiconductor company can launch a new generation of chips in a year. But transmission lines, substations, utility approvals, and major grid upgrades? It can take years. The market hates waiting. And AI companies may hate it even more. Because when you're spending billions of dollars building computing capacity, every month that facility sits waiting for power is a month that you are not generating revenue. Time to power is becoming a competitive advantage. Remember that line, time to power. Because Bloom is not simply selling electricity. Bloom is selling time. And in the AI race, time may be one of the most valuable commodities on planet Earth. Bloom Energy was founded in 2001 by K.R. Sridhar. The roots of the technology go back to work connected to NASA and the idea of producing oxygen on Mars. Eventually, that scientific thinking evolved in another direction, using solid oxide technology to generate electricity. Over the next two decades, Bloom built what it calls the Energy Saver. These systems use fuel cells to convert fuel into electricity electrochemically, rather than through traditional combustion. You don't need to become an engineer to understand the investment thesis. Here's what matters. The system can generate electricity on site. It is modular. It can be deployed much faster than most traditional large-scale power solutions. And for customers desperate to bring data center capacity online, speed matters enormously. For years, Bloom was viewed mostly through the clean energy lens. fuel cells, hydrogen, decarbonization, distributed generation, and those themes still matter. But the investment story has changed. Bloom is increasingly being looked at as an AI infrastructure company that happens to produce power. That is a very different narrative. And the stock history tells you how dramatically Wall Street's perception can change. Bloom came public in 2018. And for years, the shares traded like a classic emerging energy name, big bursts of excitement followed by equally painful periods of disappointment. Investors debated profitability. They debated hydrogen. They debated fuel costs, capital intensity, and whether fuel cells could