The rapid expansion of data centers—vast networks of servers and digital infrastructure—has become a central driver of future electricity demand. In the United States alone, their energy consumption could nearly double to 80 gigawatts (GW) by 2035, fueled largely by the growth of artificial intelligence. That level of demand rivals that of entire European economies such as France or Germany.

However, while digital infrastructure dominates headlines, traditional energy demand remains the backbone of the system. By 2035, residential, commercial, and industrial consumers are still expected to account for roughly 80% of total electricity usage. Like data centers, these sectors depend on continuous, reliable, and cost-effective power around the clock.

Oglethorpe Power, a Georgia-based generation cooperative, has long focused on meeting the needs of its 38 member-owned distribution cooperatives, which collectively serve 4.7 million residents across the state. Through a diversified energy portfolio, the organization has consistently delivered reliable and affordable electricity to rural communities. As demand rises alongside economic growth, Oglethorpe is expanding its capacity—selecting GE Vernova’s combined cycle gas technology as a cornerstone of its long-term strategy.

One of Oglethorpe’s Georgia power plants

For its new facility in Monroe County, central Georgia, GE Vernova will deliver a full “power island” solution. This includes two 7HA.03 gas turbines paired with hydrogen-cooled generators, two steam turbines with corresponding generators, and heat recovery steam generators (HRSGs). Scheduled to begin operations in 2029, the plant is expected to produce more than 1,400 MW of electricity, supplying both rural and suburban regions.

Beyond strengthening long-term energy security, the Monroe County plant is projected to rank among the most efficient and lowest-emitting gas power facilities in the state. According to Heather Teilhet, Oglethorpe’s Executive Vice President of External Affairs, natural gas remains a critical component of the company’s portfolio, and advanced technologies like this will help maintain reliability while controlling costs for consumers.

A Legacy of Rural Electrification

The roots of Georgia’s cooperative energy system date back to the 1930s, when federal initiatives brought electricity to underserved rural areas. By the 1970s, amid global energy instability, these cooperatives took control of their own generation resources, forming Oglethorpe Power.

Today, Oglethorpe operates a 9.3 GW generation fleet and ranks among the largest electric cooperatives in the United States, supplying wholesale electricity across Georgia.

7HA turbine at GE Vernova Greenville plant

The company follows a diversified “all-of-the-above” energy approach, combining nuclear, gas, hydropower, coal, and renewable sources. This strategy has helped Georgia maintain some of the lowest residential electricity rates in the country. Affordable energy has also played a key role in economic growth, attracting major investments not only to Atlanta but also to rural regions, where the majority of new business development is now occurring.

Reliable Power for Expanding Communities

Oglethorpe’s customer base is largely residential, but demand also comes from agriculture, manufacturing, and commercial operations. In some communities, large-scale farming operations are among the biggest energy users.

To meet these needs, the Monroe County plant is designed with flexibility in mind. Features such as duct firing—allowing additional fuel to be burned in the exhaust system—enable the plant to quickly increase output when demand spikes. This capability is comparable to afterburners in jet engines, providing rapid power boosts when needed.

The 7HA.03 turbines also support renewable integration by operating efficiently at lower output levels. This flexibility allows the system to compensate for fluctuations in solar generation, ensuring stable supply even during periods of reduced sunlight.

Using a fully integrated system from a single manufacturer further simplifies plant operations and maintenance, improving overall efficiency.

Economic Impact and Long-Term Value

The Monroe County project is expected to deliver significant local economic benefits. During construction, it will create approximately 1,200 temporary jobs and stimulate surrounding businesses. Once operational, the plant will support around 25 permanent skilled positions.

Over time, it is also anticipated to generate substantial tax revenue, contributing to local infrastructure, schools, and public services.

GE Vernova emphasizes that its HA-class turbine fleet is among the most flexible and responsive in the industry, making it well-suited for modern energy systems that require both reliability and adaptability.

The Monroe County project builds on a longstanding partnership between GE Vernova and Oglethorpe Power. With limited manufacturers capable of delivering such complex, large-scale solutions, this collaboration reflects both technical expertise and strategic alignment in supporting Georgia’s continued growth.

Source