The Ground Beneath It All

Turn-Key Engineering for the Booming Infrastructure Behind the Digital Economy 

From Virginia to the booming corridors of Texas, Georgia, Florida, Tennessee, and the Carolinas, the Southern United States is at the center of one of the largest infrastructure buildouts in American history. Billions of dollars in datacenter investment are flowing into the region, and yet project after project is stalled not by a lack of capital, but by a lack of site readiness. 

Right now, the hardest problem in datacenter development isn’t the building, it’s the power. Utility interconnection queues stretching over 4 to 5 years have fundamentally changed how data centers are built. Developers who can’t wait for the grid aren’t waiting; they’re turning to natural gas generation onsite. That brings an entirely different set of engineering requirements: pipeline design, meter and regulator stations, onsite piping to the gensets, air permitting for the generators, and coordination across disciplines that most civil-only firms simply can’t cover. BGE can.  

Multidisciplinary Engineering. One Integrated Team.

BGE is a multidisciplinary firm with more than 1,100 professionals across 20+ offices, and we’ve structured our data center practice to solve the constraints that actually stop projects: power, water, drainage, permitting, and site readiness. We don’t hand off. We coordinate. That means fewer gaps, fewer surprises, and a clearer path from concept to construction. 

We Understand What’s Driving Your Project

BGE works under non-disclosure agreements (NDAs) with multiple active data center clients across the Southeast. We understand the current industry priorities shaping how these facilities are planned and permitted: 

• Community-first AI infrastructure — commitments to local job creation, tax base contributions, and responsible utility use that require thoughtful stakeholder engagement from day one 
• Zero-water and low-water designs — engineering approaches that reduce resource consumption while meeting operational requirements 
• AI superfactories and high-density compute — the site and utility demands of interconnected, GPU-accelerated facilities.