Infrastructure projects are usually quiet in early-stage permitting, but Williams’ Socrates development in central Ohio has started to attract an increasing amount of attention. The Socrates development seems like another typical power project until you realize it’s actually an emerging build-out of energy to support one of the country’s fastest-growing digital infrastructure areas.
An incremental power project – until you see the size of the Socrates development
Williams is developing the Socrates North and South Power Solution Facilities in New Albany, Ohio, two behind-the-meter natural gas power plants covering roughly 20 acres and providing 200 megawatts of generation capacity each. When combined, the two facilities will provide 400 MW of dedicated power, which is a relatively large commitment of energy for a single development area.
The company states that the facilities are “advanced power generation” that will support the region’s rapidly expanding data center market. The company also mentions that the project is intended to help further solidify the Columbus area’s reputation as a significant technology and cloud-computing hub.
Each facility will need to receive approval from the Ohio Power Siting Board (OPSB) before it can begin construction. Once approvals have been received, the company expects to bring each facility online around the end of 2026, and anticipates beginning construction on the facilities during 2025.
At first glance, the project appears to be a run-of-the-mill natural-gas generation project
However, when looking closer, the fact that both facilities will generate dedicated, behind-the-meter power for large technology customers signifies a new way of developing energy projects adjacent to the grid.
When taking a closer look, what other examinations reveal about the project’s importance?
Currently, projected energy demands for hyperscale computing greatly exceed the ability of most regional electric grids to provide reliable, large-scale power delivery over short periods of time. Williams’ Socrates project is attempting to close this energy delivery gap by designing a self-contained generating capability that does not depend on the entire electric grid to provide power to large loads.
The two facilities were designed using best-in-class emissions control systems and the most efficient available natural-gas turbines and engines, so they will be able to meet or exceed all applicable federal and state environmental regulations. Williams is emphasizing the importance of safety and environmental responsibility throughout the design process.
The schedule for community outreach, regulatory filings, and construction milestones portrays a very well-coordinated multi-year effort. For the first half of 2025, the project timeline will be dominated by the filing of the OPSB application and outreach activities to the local communities. Following the completion of these initial tasks, construction will likely commence later in 2025 or early 2026, depending upon which site is being developed, and will include a one-year period for commissioning of the facilities.
It is also important to consider the bigger-picture context in which this project is occurring. Industry analysts believe that the Socrates project is one of several strategic plays that Williams is executing to meet the growing demand for natural gas driven by the proliferation of data centers in central Ohio.
What the Socrates development portends regarding the energy future of the region
Although the project remains in the regulatory review phase, the sheer size and timely nature of the project suggest that the power landscape is changing rapidly.
Data centers continue to proliferate across the Midwest, and energy suppliers such as Williams are increasingly developing generation specifically for their customers while avoiding the usual grid-based limitations.
Upon successful completion, the Socrates facilities will be among the largest behind-the-meter natural-gas generation deployments in the region and may represent a new chapter in the relationship between energy infrastructure and digital growth, as well as regional economic development. As the regulatory process continues and construction begins, the project will raise new questions about how Ohio’s rapid digital expansion will influence energy infrastructure across the Midwest in the years to come.
