What is Bloom Energy?

Bloom Energy, with a $100 billion market cap, was included in the Russell 2000, an event described as unprecedented for the small-cap index.

“They had Bloom Energy which was a hundred billion dollar market cap that's never happened in the Russell 2000 before.”

Bloom Energy: can deploy modular fuel cell power at data center sites in under 80 days, connecting to natural gas and producing 800-volt DC electricity without transformers, making it a compelling alternative power solution for AI infrastructure.

“I think in less than like 80 days they can deploy modular stuff at a data center site, hook up to the natural gas and produce electricity and at 800 volt DC without all the transformers and all this the crap in the middle of it and it doesn't make any noise, right?”

Bloom Energy fuel cells are emerging as a permanent islanded-power solution for data centers, but their two-day ramp time makes them unsuitable as backup or bridge power.

“I would say it's as a bridge power solution it's really bad. because blue energy fuel cells you know they have to run extremely hot and so if you want to use them as backup this basically takes two days you know to go from like zero to 100.”

Jeremie Beaufils on the permanence of choosing Bloom Energy fuel cells for data center power.

“In some sense bloom is like the ultimate play on power constraints because it's the play on islanded data centers and if you do bloom you're basically I landed for life.”

Bloom Energy is worth watching as a power provider for AI data centers. The company claims it can deploy power faster than data centers can be built and, even at tens of gigawatts of scale, would consume only single-digit percentages of the relevant supply chain.

“We can stand up that power faster than they can build the data center.”

Bloom Energy's manufacturing capacity is projected to exceed 2 gigawatts by end of 2026.

“We'll be over 2 gawatt.”

KR Sridhar explains why Bloom Energy's supply chain exposure is limited even at massive scale. Because its fuel cells share components with other high-volume devices of a similar nature, tens of gigawatts of Bloom output would still represent only single-digit percentages of the total existing supply chain for those components.

“Even at the tens of gigawatts, we will be singledigit percentages of the total supply chain that already exists to make other devices of similar nature.”