SB Energy Filed to Go Public on 8.8 Gigawatts of Data Centers It Has Not Built Yet

SB Energy, an AI infrastructure company majority-owned by SoftBank, filed a registration statement with the Securities and Exchange Commission on Tuesday for a Nasdaq listing under the ticker SBE, Quartz reported. At Metaintro, we read filings like this for the construction and operations hiring behind them rather than for the share price, and the numbers here are worth separating carefully. The company has 8.8 gigawatts of contracted data center capacity, 803 megawatts of it actively being built, and nothing operational at all.

What is actually being built right now?

Of the 8.8 gigawatts contracted, 803 megawatts is under active construction. That is the number that corresponds to people on sites today, and it is roughly nine percent of the headline figure. The company also holds a standalone solar and battery storage portfolio of 5.5 gigawatts, which is a separate business line with its own construction requirements.

The flagship is the Ports-Pike Technology campus in Ohio, being developed jointly by SB Energy, OpenAI and Nvidia, and designed to draw 10 gigawatts of gross power load from the grid at full build-out. The company said that campus alone could require more than $6 billion in credit support. A single site of that scale is a multi-year construction programme employing thousands across trades, and it is the most concrete near-term jobs story in the filing.

For scale, 10 gigawatts of gross load is comparable to the electricity demand of a large metropolitan area, which is why the power arrangements rather than the buildings dominate the filing and the Department of Energy picture of national generation capacity matters to whether it can proceed. The International Energy Agency has been tracking data center electricity demand globally, and its work is the clearest available context for whether this build-out is an outlier or the new normal.

Why does the gap between contracted and operational matter?

Because contracted capacity is a promise and construction is a payroll. No data center capacity is currently operational, and the company expects its first data center revenue in the fourth quarter of this year. That is a company at the beginning of its build rather than the middle of its operation, which has direct consequences for what kind of work exists and when.

For a job seeker the sequencing is the useful part. Construction demand comes first and runs for years, covering electrical, mechanical, civil and controls work. Operations roles, which are the permanent jobs, arrive only as each site energises, and are far fewer per site than the construction workforce. Anyone planning around this should expect the trades hiring to be immediate and substantial and the operations hiring to be smaller and later, which is the same pattern set out in the AI boom needing data centers but not enough workers to build them.

The ratio between the two phases is worth understanding before anyone relocates for this work. A large campus can occupy thousands of construction workers for two or three years and then run with a permanent staff in the low hundreds, weighted toward electrical maintenance, mechanical systems, security and network operations. That is not a criticism of the projects, it is simply how capital-intensive infrastructure works, and it means the honest pitch to a local workforce is years of well-paid construction rather than a permanent employment base. Communities and workers who plan on the second number are frequently disappointed.

Who is actually paying for this?

Two customers, and that concentration is the main risk sitting under the jobs. SoftBank and OpenAI are customers at three of SB Energy's data center campuses under long-term leases, and the filing says the resulting payments are projected to account for a meaningful share of near-term revenue. A build programme underwritten by two related parties is a different proposition from one underwritten by a broad customer base. If either customer revises its compute plans, the schedule behind these jobs moves with it, and neither is contractually obliged to keep expanding indefinitely.

The financing arrangements point the same way. The company aims to raise between $5 billion and $7 billion, Nvidia has committed to invest $3 billion split between a private placement closing alongside the listing and a prepaid forward contract, and SB Energy issued 4 million warrants to OpenAI, estimated to be worth $5.5 billion, carrying a board designation right while its stake exceeds 5 percent. SB Energy will also pay SoftBank royalties of 1 percent of gross profit under a trademark licence. None of that makes the construction less real, but it does mean the demand behind these jobs rests on a small number of decisions by a small number of parties.

Which trades does a build like this actually need?

Electrical work above all, and the supply is already tight. The Bureau of Labor Statistics counts 821,000 electricians in 2025 at a median wage of $63,190, entered through apprenticeship with a high school diploma, and projects 9 percent growth through 2035 adding 75,900 jobs. Those projections were made against general construction demand, and gigawatt-scale campuses sit on top of that baseline rather than inside it. An apprenticeship remains the standard route in and it pays while you train, which makes electrical work one of the few high-demand fields you can enter without either a degree or debt.

Beyond electricians, the work runs through pipefitters and mechanical trades for cooling, civil and groundworks, structural steel, controls and instrumentation technicians, and high-voltage specialists for the substation and grid interconnection. Grid capacity is frequently the binding constraint on these projects rather than the building itself, and the Energy Information Administration tracks the generation and transmission picture that determines which sites can actually be energised. Interconnection itself is regulated by the Federal Energy Regulatory Commission, and the queue for a connection is measured in years in several regions, which is why two campuses with identical construction plans can be on completely different timelines.

That has a practical consequence for anyone chasing this work. The site with the signed lease is not necessarily the site that breaks ground first, and following announcements will send you to the wrong place. Following interconnection approvals and utility filings, which are public, tells you where crews will actually be needed and roughly when. It is unglamorous research and it is considerably more reliable than a press release. Broader hiring across this category is documented in the data center boom pushing employers to pay off student loans to land electricians.

What does this mean for your career?

If you are in the trades or considering them, the demand signal here is strong and it is regional. A campus designed for 10 gigawatts of gross load concentrates years of work into a specific area, which is worth knowing if you are willing to relocate or already live near one. The realistic window to prepare is now, because apprenticeship routes take time and the employers on these programmes have shown they will fund training rather than wait for it, as Meta paying to train people for data center jobs demonstrates.

If you are already qualified, the leverage question is which contractor rather than whether to go. Work on these campuses is subcontracted through engineering and construction firms whose terms vary widely on travel, per diem, overtime and how long they can keep you employed once a phase completes. Asking what happens at the end of your phase, before you accept, is the single most useful question on a project of this shape, because the difference between continuous work and repeated gaps is usually decided by which contractor you signed with rather than by how the project goes.

If you are in technology and reading this as an AI story, the more useful observation is where the labour is actually going. A large share of AI capital expenditure converts into construction and electrical work rather than software roles. "In combination with layoffs over the recent years plus the rise of required AI skills, experience is no longer enough," Lacey Kaelani, chief executive of Metaintro, told Fortune. In this corner of the AI economy the scarce experience is not machine learning. It is knowing how to energise a substation on schedule.

That asymmetry is worth sitting with if you are early in a career and choosing between paths. The software side of the AI economy is hiring cautiously and screening hard, while the physical side that makes it possible cannot find enough qualified people and is funding training to fix it. Those two facts describe the same industry and point in opposite directions, and the second one is currently the easier door to walk through for someone without an established track record.

How much should you trust a backlog number?

Less than the headline invites you to. Contracted backlog is a projection of revenue under signed agreements, and its value depends entirely on the timing and the counterparty. Reporting on the filing put the contracted backlog in the hundreds of billions, but the company itself expects only a small fraction to convert into revenue over the next two years, with the large majority sitting many years out.

For someone weighing a job rather than a share purchase, the practical translation is to weight the near-term construction figure over the long-term contract figure. Backlogs are also reported inconsistently across companies, since some include options and renewals while others count only firm commitments, which makes comparisons between two announcements close to meaningless without reading both filings. The 803 megawatts under construction is happening. The 8.8 gigawatts is contracted, which is meaningful but conditional on financing, grid connection and the continued appetite of two customers. Anyone who has watched a large infrastructure programme slip knows the difference, and Texas halting new data center grid connections is a recent reminder that these projects can stall on power rather than money.

What should you actually watch next?

Three things, in order. First, whether the listing completes and at what size, because a company raising $5 to $7 billion to fund a build is a company whose construction schedule depends on that money arriving. Second, whether the first sites energise on schedule this quarter, since that converts a construction story into an operating one and starts the permanent hiring. Third, grid interconnection approvals in the regions where campuses are planned, which is the constraint most likely to move dates. Utilities publish those queues and state regulators publish the hearings, and both are open to anyone willing to read them. A worker who knows an interconnection was approved last month is ahead of the hiring notice by a season, which in a market this competitive is the whole advantage.

For anyone actually applying, the employers to watch are the engineering, procurement and construction contractors rather than SB Energy itself, since that is where the trades are hired. The developer's name appears in the headlines and rarely on the employment contract, which is why searching for the developer usually returns nothing useful while searching for the contractors working a named campus returns live vacancies. Public filings through the SEC are the honest source on schedule and spending, and they are considerably more informative than press coverage because the company is legally obliged to disclose the risks alongside the ambitions.

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People Also Asked

Q: How much data center capacity does SB Energy actually have?

A: It has 8.8 gigawatts of contracted data center capacity, of which 803 megawatts is actively being built. No capacity is currently operational, and the company expects its first data center revenue in the fourth quarter of this year. It also holds a standalone solar and battery storage portfolio of 5.5 gigawatts.

Q: What jobs does a data center build create?

A: Construction work first and operations work later. The build phase employs electricians, pipefitters and mechanical trades, civil and groundworks crews, structural steel workers, controls technicians and high-voltage specialists, usually for several years. Permanent operations roles arrive as each site energises and are far fewer in number than the construction workforce.

Q: Is this a secure source of work?

A: The construction demand is real but the underlying leases are concentrated, with SoftBank and OpenAI as customers across three campuses and their payments projected to account for a meaningful share of near-term revenue. Projects of this type can also stall on grid interconnection rather than funding, so treat schedules as subject to change.

Gigawatt-scale construction concentrates years of skilled work into specific regions, and the people who see it coming choose their employer rather than take what is left. Metaintro indexes live construction, electrical and technician roles across the firms actually building this infrastructure. Create your free profile and find the projects hiring near you.