EXECUTIVE SUMMARY
Some data centers are arranging their own electricity supply to reduce dependence on utility connection schedules. That can change which campuses become paying fiber customers first. Premia’s view: evaluate two routes to power—utility service and onsite generation—and prioritize projects with a documented, funded delivery plan. Start customer discussions and route design early, then tie major construction spending to power milestones and binding customer commitments. A generator order, a place in the grid queue or a large announced campus is only one piece of that evidence.
MARKET SIGNALS
Key takeaways
- 01
A credible onsite-power plan can move a campus higher on the prospect list before a conventional utility connection is ready.
- 02
Equipment, fuel, permits, financing and operational testing must support the proposed opening date. A supply announcement alone cannot do that.
- 03
A mature grid-connection position is valuable, but a solar project’s peak rating does not represent electricity available every hour.
- 04
For fiber operators and outside-plant engineering and construction firms, the opportunity is earlier planning and disciplined project selection—not automatic construction authorization.
PREMIA PROJECT REVIEW
Two power paths. One delivery test.
| Evidence to request | Utility-served campus | Onsite-powered campus |
|---|---|---|
| First usable power | Utility service commitment, available capacity and delivery milestones. | Equipment delivery, installation, commissioning and usable output. |
| Remaining dependencies | Substation and transmission upgrades, approvals and the party funding them. | Firm gas supply, pipeline access, emissions permits and local approvals. |
| Reliable operations | Service terms, backup arrangements and the campus’s continuity plan. | Maintenance coverage, spare capacity, backup systems and performance testing. |
| Fiber spending | Customer contract and construction phases aligned with the verified power schedule. | The same commercial discipline, tied to the onsite plant’s actual progress. |
01 — WHAT CHANGED
Power can be built alongside the campus.
On September 28, AB Energy USA announced approximately 2 gigawatts of secured generation projects serving five data centers in Texas and Oklahoma. Its modular gas-engine systems can also use recovered heat for cooling, and some projects will incorporate batteries. AB says power and cooling can be developed in parallel with the facilities, reducing dependence on grid-connection timing. The release does not provide a site-by-site commissioning schedule. One gigawatt equals 1,000 megawatts.
In plain English: behind-the-meter generation produces electricity on the customer’s side of the utility meter. It can serve as an interim or longer-term power supply; it does not necessarily mean the site is completely disconnected from the grid.
02 — THE SCALE
This is becoming a meaningful part of the power market.
Reuters’ September 29 reporting described growing demand for smaller generators as developers prioritize earlier operation, sometimes accepting higher lifetime electricity costs. The underlying Enverus forecast, published August 11, projects 25.5 GW of new U.S. industrial demand served by behind-the-meter generation during 2026–2030. Data centers account for 22.5 GW, or 88%, of that demand. Enverus estimates that serving the total requires 31.6 GW of generation capacity, including 29.6 GW of gas-fired capacity. Demand and generator capacity are different measures; these figures are forecasts.
Premia view: faster power can improve the timing of fiber revenue, but a forecast does not establish that a particular campus is funded, permitted or ready to operate.
03 — GRID ACCESS
Existing connection work still matters.
On September 29, Exus Renewables North America and ibV Energy Partners announced the sale of four solar development projects in Louisiana and Wisconsin, totaling 715 megawatts of peak capacity. Exus highlighted their potential to connect relatively quickly. Reuters reported that grid-connection work began roughly five years ago and that Exus was discussing electricity sales with technology companies and utilities. Those discussions were not announced completed sales contracts. The projects still have development work ahead, and their peak solar rating is not a promise of continuous power.
Premia view: examine the actual connection rights, required upgrades and completion dates. The value lies in a deliverable power position, not simply an early place in a queue.
04 — FIBER ECONOMICS
Rank campuses by evidence of opening readiness.
A fiber route built ahead of its customer’s power supply can leave capital tied up without revenue. Onsite generation gives operators another credible route to an earlier opening, but the advantage depends on the individual project. Compare the date when enough dependable electricity can serve the first customer phase, the remaining work and the risk of delay. Do not assign a universal lead-time advantage to every gas-powered campus, or value the entire announced campus as near-term demand.
Premia view: a smaller, funded first phase with a contracted customer may be a better near-term opportunity than a much larger announced development.
05 — ENGINEERING & CONSTRUCTION
Prepare early without getting ahead of the customer.
For outside-plant engineering firms—the businesses designing the fiber routes, conduit and related field infrastructure—the near-term opportunity is to help customers compare routes, secure rights of way, plan physically separate connections and align permits with the campus schedule. Small fiber operators and construction companies should request site-level power evidence before reserving substantial crews, buying dedicated materials or treating proposed work as firm backlog. Texas and Oklahoma warrant targeted prospect review, while customer access and contract quality should determine which projects advance.
Premia view: sell paid planning work where possible, define the scope of each construction phase and establish who bears the cost if the campus opening moves.
06 — THE INVESTMENT DECISION
Release capital against milestones that can be checked.
Use a practical sequence: verify a funded path to the first usable power; confirm permits and fuel or grid access; establish a binding customer commitment and who pays for delays; align the construction schedule; then release fiber capital in stages. These checks often run in parallel. For onsite generation, examine fuel interruptions, maintenance and the cost of operating the plant. For grid service, verify the work still required between a connection allocation and an energized customer site.
Premia takeaway: build toward the campuses that can demonstrate how they will turn on, who will buy the service and when the fiber will begin earning revenue.
SELECTED PUBLIC SOURCES
Evidence used in this analysis.
- AB Energy USA — Secured data-center power projects
September 28, 2026. Company announcement of approximately 2 GW across five projects; no site-by-site commissioning schedule disclosed.
- Enverus — Behind-the-meter generation forecast
August 11, 2026. Primary forecast distinguishing industrial demand, data-center demand and required generating capacity for 2026–2030.
- Reuters — Demand for smaller gas turbines
September 29, 2026. Reporting on equipment demand, development timing and lifetime electricity costs.
- ibV Energy Partners and Exus — Solar portfolio transaction
September 29, 2026. Joint company announcement, linked by Exus, covering four projects and 715 MWp of peak solar capacity.
- Reuters — Exus acquisition and potential electricity buyers
September 29, 2026. Reporting on earlier grid-connection work and prospective customer discussions.
METHODOLOGY & DISCLOSURES
Premia research identifies sources, publication dates, assumptions, and material limitations where practical. Premia analysis is general information—not legal, tax, accounting, investment, or securities advice and not a recommendation to enter into any transaction.
AI may assist with research organization, transcription, production, or drafting. Premia professionals remain responsible for final analysis and editorial review.