American Electric Power has committed $4 billion to build a 702 MW fuel cell power station near Cheyenne, Wyoming, and will sell its entire output to Google under a 20-year power purchase agreement. The Columbus, Ohio-based utility announced the deal alongside the technology company, which needs new generation capacity for growing energy demand in the region.

The scale and the timeline anchor the project. Construction is scheduled to start in 2026. The companies expect the facility to reach full operation by the end of 2028 — a build-out pace of roughly three years from announcement to commissioning for more than 700 MW of capacity.

Who owns and operates the plant?

AEP will own the asset through Cheyenne Fuel Cell, a generation company approximately 92% owned and controlled by the utility. Google, as offtaker, will purchase electricity from that entity over the 20-year contract term. The structure gives AEP a long-term revenue floor while placing the technology company's demand behind the financing.

The arrangement marks a notable geographic extension for AEP. The utility's traditional service territory centers on Ohio and surrounding states, not Wyoming.

AEP President and CEO Bill Fehrman said: "As power demand continues to grow, AEP is bringing together new technologies and strong partnerships to deliver reliable, innovative energy solutions quickly and at scale. This project demonstrates how we are creating new opportunities to meet evolving energy needs for customers both within and beyond our traditional service territory."

What technology sits behind the 702 MW?

The facility will run on fuel cells developed by Bloom Energy, the California-based manufacturer whose solid oxide platform generates electricity through electrochemical conversion rather than turbine combustion. According to AEP, the technology produces power without combustion of natural gas, and the project includes plans to integrate carbon capture — a combination the companies describe as enabling near-zero-emission generation.

Two claims deserve separate tracking. The 702 MW of fuel cell capacity is a firm commitment tied to a signed PPA and a construction start date. The near-zero-emissions profile, by contrast, depends on carbon capture integration that the companies have announced as planned rather than built. Whether that capture system is installed and performing by the 2028 commissioning date will determine the project's actual emissions accounting.

How does the deal fit the Cheyenne load picture?

The announcement follows agreements between Google and Black Hills Energy, the South Dakota-based electric and natural gas utility, to supply electricity to Google's planned data center in Cheyenne. The AEP fuel cell project adds a second generation source behind that same load, and its on-demand dispatch profile matches the reliability requirements of large-scale data center customers.

The sequence matters for the regional market. A data center announcement came first; generation contracts followed. That order — load first, then contracted capacity — has become the standard pattern for hyperscaler procurement in low-carbon power, and it shifts construction risk onto the utility and its technology supplier.

What does this change for large-load power buyers?

The deal demonstrates a procurement route that bypasses the traditional multi-year interconnection queue: dedicated generation, sited near the load, contracted for two decades. For utilities outside their home territories, it also shows how a fuel cell plant with a creditworthy offtaker can open new markets without rate-base proceedings in those states.

For Bloom Energy, a 702 MW commitment ranks among the largest single-project deployments of its platform, and it firms the fuel cell route as grid-scale infrastructure rather than backup equipment.

What milestone decides what happens next?

Watch the 2026 construction start. Breaking ground on schedule would validate the announced timeline toward full operation by end of 2028; delays would test whether the 20-year PPA and the carbon capture plans hold their shape under a compressed build calendar.