TL;DR · 30-second read
The Short Version
Oracle, a large business-software and cloud-computing company, is lining up its own power supply for its artificial intelligence data centers. It plans to use fuel cells from Bloom Energy: machines that make electricity on site through a chemical reaction instead of drawing it from the power grid.
The plan covers up to 2.8 gigawatts. One gigawatt is roughly what a large power plant produces. But only 1.2 gigawatts is signed so far. The rest is an intention.
Investors cheered anyway. Bloom’s share price jumped more than 14 percent in trading after the market closed, passing $200 for the first time.
Stocktwits reported on April 13, 2026 that Bloom Energy (NYSE: BE) had expanded its partnership with Oracle (NYSE: ORCL) to supply on-site fuel cell power to Oracle’s AI and cloud data centers across the United States. Under the deal, Oracle intends to use up to 2.8 gigawatts (GW) of Bloom fuel cell systems. An initial 1.2 GW has been contracted, with deployment underway and continuing into 2027.
Bloom shares rose more than 14% in after-hours trading, which is trading that happens after the regular market session ends, and crossed $200 for the first time. Oracle shares were up about 1% after hours. Bloom also confirmed that on April 9, 2026 it formally issued Oracle a warrant to buy more than 3.5 million Class A shares, under terms first agreed when the collaboration was announced in October 2025.
Executive Summary
Bloom Energy has turned an initial deployment with Oracle into a much larger framework. Oracle intends to source up to 2.8 GW of on-site fuel cell capacity for its AI data centers, and 1.2 GW of that is under contract today. Bloom presents the deal as evidence of a broader shift toward onsite, distributed energy, meaning power generated where it is used rather than delivered over the utility grid.
The deal matters for two reasons. First, it is a hyperscale cloud provider, one of the handful of companies that operate data centers at enormous scale, choosing on-site generation as a primary way to energize AI capacity, at gigawatt scale. Second, the structure of the deal is revealing. A contracted tranche sits beneath a larger stated intention, and that tells buyers, suppliers and investors how a large AI operator is choosing to commit to power: in increments, as capacity is needed.
The market read the headline number generously. Bloom’s stock moved more than 14% on the news, against roughly 1% for Oracle. That gap reflects how much more this agreement means to the supplier than to the customer.
The Firm Number Is 1.2 GW, Not 2.8
The 2.8 GW figure is a ceiling. According to the company, Oracle “intends to tap into up to” that amount. The contracted portion is 1.2 GW, a little over 40% of the headline total. The remaining 1.6 GW is described as intent, not obligation. For readers outside the power business, a gigawatt is a billion watts, which is roughly the output of a large power plant. A contract is what turns a gigawatt from an aspiration into revenue a supplier can plan around.
That split is the mechanism behind staged buying. Bloom describes its systems as modular, built from repeatable units that can be added as needed. It says deployment of the contracted tranche is already underway and runs into 2027. A structure like this lets Oracle add generating capacity as new data halls come online instead of locking in the full 2.8 GW at the start. Oracle keeps flexibility on timing, sites and volume. Bloom gets firm visibility on 1.2 GW and a stated pathway to more.
The people affected are concrete. Bloom’s manufacturing, supply chain and installation crews have to plan against the contracted tranche, while the stock appears to be pricing a good deal of the ceiling. Whether the other 1.6 GW goes to Bloom depends on future Oracle decisions that have not been announced. Grid utilities and other on-site power vendors serving the same sites therefore have something at stake in how those decisions land.
What Oracle Is Really Buying Is Time
Bloom’s central pitch is speed. The company says its modular systems deploy much faster than traditional power setups, which reduces risk and shortens project timelines. As evidence, it cites a fully operational system delivered to Oracle in 55 days last year, ahead of schedule. For a cloud provider, a finished data center without electricity is capital that earns nothing. Securing a new large grid connection can require substation and transmission upgrades that sit outside the operator’s control, so on-site generation offers a way to put the power supply on the developer’s own schedule.
That argument has limits. Bloom has not said how large the 55-day system was. Repeating that pace across multiple U.S. sites at gigawatt scale is a different manufacturing, permitting and logistics task from a single delivery. On-site generation also swaps one dependency for another: grid interconnection risk becomes fuel-supply and equipment-maintenance risk, borne locally.
A Customer With a Stake in the Supplier
When the collaboration was announced in October 2025, Bloom agreed to grant Oracle a warrant to buy more than 3.5 million Class A shares, “to support broader adoption of its fuel cell technology.” A warrant is a right to buy stock at a set price in the future. Bloom formally issued it on April 9, 2026, four days before the expansion was announced, under the previously disclosed terms.
Equity incentives for anchor customers are a recognized way for a supplier to win and keep a reference account. They also align incentives in a way buyers and investors should notice. If Bloom’s shares rise, Oracle’s warrant becomes more valuable, and an expanded Oracle commitment is one thing that can move those shares. The exercise price was not part of the April 13 announcement, so the value of Oracle’s position cannot be judged from what has been made public. Existing Bloom shareholders face some dilution if the warrant is exercised.
Why Bloom Moved 14% and Oracle Moved 1%
The stock reactions show where the deal is material. For Bloom, a 1.2 GW contracted tranche with a 2.8 GW ceiling is a defining customer relationship. For Oracle, power procurement is one input among many in a large AI buildout. Bloom shares have risen more than 886% over the past year, compared with about 15% for Oracle, so expectations for Bloom were already high before this announcement. Retail sentiment on Stocktwits moved from bearish to bullish over the day.
A stock at those levels leaves little room for the uncontracted portion to slip. The useful test over the coming quarters is conversion: whether Bloom reports additional Oracle capacity moving from intent to contract, and whether the 55-day deployment pace holds as volumes grow.
Background
Bloom Energy makes stationary fuel cell systems that generate electricity at the customer’s site. It has positioned them as an alternative or complement to grid power for large, power-hungry facilities. Oracle, long known for database and enterprise software, operates Oracle Cloud Infrastructure and has been expanding its data center capacity to serve AI workloads. The two companies announced a collaboration in October 2025, which included Bloom’s agreement to grant Oracle a warrant for more than 3.5 million shares, and Bloom subsequently delivered a system that it says was fully operational in 55 days.
AI data centers concentrate very large electricity demand in single locations, and connecting that demand to the grid can depend on utility upgrades outside a developer’s control. On-site generation such as fuel cells is one way operators try to bring capacity online on their own timetable, at the cost of taking on fuel, equipment and maintenance responsibilities locally. Source: BE Stock Soars More Than 14% After-Hours: Expanded Oracle Deal Drives Boost, Stocktwits’ report on Bloom Energy’s expanded on-site fuel cell agreement with Oracle and the market reaction.Sources