SoftBank, AEP Ohio, and DOE today announced PORTS Technology Campus — a former uranium enrichment plant in Piketon, Ohio becoming the largest AI infrastructure

Alex Lanin
Alex Lanin
Verified Source
2026-03-21 2 min read
**Key Insight:** The announcement of the Ports Technology Campus in Piketon, Ohio, by SoftBank, AEP Ohio, and DOE today marks a significant milestone in the development of AI infrastructure. This project is not only about generating electricity but also includes the construction of new transmission lines and data centers on a single site, making it the largest AI infrastructure project in the world.

SoftBank, AEP Ohio, and DOE today announced PORTS Technology Campus — a former uranium enrichment plant in Piketon, Ohio becoming the largest AI infrastructure site in the world. $33B for 9.2 GW of natural gas generation. $4.2B for new 765 kV transmission lines. $30–40B for the data center itself. For scale: Ohio's total generation capacity is about 30 GW. This single project adds a third. And the only reason this is even possible within 4 years is gas. This is a new model: generation + transmission + compute on a single site, built from scratch. And the fuel is gas, because nothing else delivers 9.2 GW of firm capacity in that timeline. Nuclear takes 7–10 years minimum. Solar + storage would require ~30 GW of panels plus massive BESS to firm up 9.2 GW, and neither the land nor the supply chain exists at that scale in 4 years. Wind in southern Ohio has a weak capacity factor. Gas turbines take 2–3 years from order to operation, and SB Energy says the first unit arrives within 12 months with the rest sourced and coming online by end of decade. The PJM context makes this even sharper. Less than 2 GW of new generation is connecting to the grid per year, PJM itself projects reliability shortfalls by 2027, and AEP Ohio reports 30 GW of data center applications in the queue. The grid is full. What's notable is that PJM wasn't notified about the project before the public announcement — spokesperson Daniel Lockwood confirmed this directly. The Ohio Power Siting Board hadn't received any applications either, not for this area and not at this scale. Yet the site was chosen for a reason: the former Portsmouth Gaseous Diffusion Plant is 3,700 acres of federal land with 765, 345, and 138 kV lines and a 345 kV substation connected to both PJM and MISO. SB Energy is starting with a realistic first phase — 800 MW for $10B. Gas generation here isn't one option among many — it's the prerequisite that makes everything else work. Without it, there's no compute, no transmission, no jobs. The scale of AI infrastructure has already outgrown what the existing grid can deliver. Those who build their own generation build data centers. Everyone else waits in the PJM queue. Photo: U.S. Department of Energy, Aerial view of the Portsmouth Gaseous Diffusion Plant, Piketon, Ohio. #DataCenters #NaturalGas #AIInfrastructure #SoftBank #AEP #PJM #GridReliability #EnergyInfrastructure

GasGx Editorial Insight
**Key Insight:** The announcement of the Ports Technology Campus in Piketon, Ohio, by SoftBank, AEP Ohio, and DOE today marks a significant milestone in the development of AI infrastructure. This project is not only about generating electricity but also includes the construction of new transmission lines and data centers on a single site, making it the largest AI infrastructure project in the world.

**Body Paragraph 1: Analysis of the market/tech situation**
The announcement highlights the growing demand for AI infrastructure in the United States. With the increasing adoption of artificial intelligence, there is a growing need for large-scale computing power to support this technology. The Ports Technology Campus project provides a solution to this demand by combining generation, transmission, and compute capabilities on a single site. This model is not only cost-effective but also efficient, as it eliminates the need for separate infrastructures for each function.

**Body Paragraph 2: The specific operational implication**
The project's success will have a significant impact on the energy industry. It will not only reduce the need for separate generation facilities but also improve grid reliability and efficiency. Additionally, the construction of new transmission lines will enhance the connectivity of the electric grid, making it more resilient to outages caused by natural disasters or other events. Furthermore, the data center itself will require substantial investment, which could lead to job creation and economic growth in the surrounding area.

**GasGx Take:** To address the challenges presented by the Ports Technology Campus project, GasGx offers several solutions that can help optimize the project's energy efficiency and reduce costs. One such solution is the GasGx LCOE Calculator, which allows users to accurately forecast the levelized cost of energy (LCE) for their projects. This tool can help gas plant operators understand the financial implications of different scenarios and make informed decisions about their operations. Additionally, the GasGx Smart Monitoring System can be used to predict maintenance needs and prevent downtime, reducing the risk of unexpected outages and improving overall system efficiency.

**Recommended SEO Tags:** "AI Infrastructure Project", "Natural Gas Generation", "Transmission Lines", "Data Centers", "Grid Reliability", "Energy Infrastructure"
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