July 23, 2018

In Ashburn, Virginia, Digital Realty’s (DLR) latest data center is rising from the ground up with tilt-up wall panels. Scheduled for completion in December 2018, the 230,000-sq.-ft. hyperscale data center is leveraging the cost and time savings of using tilt-up construction, a method in which large slabs of concrete are poured directly at the jobsite, then raised into position to form the building’s exterior walls.

DPR team
Speed-to-market is a critical factor for DLR, as the need for data centers designed to deliver services and content to support the world’s largest cloud platforms continues to grow. Photo courtesy of Ulf Wallin

Speed-to-market is a critical factor for DLR, as the need for data centers designed to deliver services and content to support the world’s largest cloud platforms continues to grow. With its customer’s needs in mind, the team chose tilt-up panels to eliminate the traditional limits of the size of panels that could be transported to the site. Since larger panels were poured onsite, less panels were needed to complete the structure, further speeding up the process. The tilt-up panels also allowed for early scope release of certain trades, specifically the plumbing and structural steel subcontractors, who installed plumbing risers and steel connections before the tilt-up panels were lifted, saving time down the road.

Tilt up wall panels
Scheduled for completion in December 2018, the 230,000-sq.-ft. hyperscale data center is leveraging the cost and time savings of using tilt-up construction. Photo courtesy of Ulf Wallin

After pouring concrete walls around the building’s perimeter, the team began lifting the walls into place this summer. The process takes approximately 45 minutes per two-story panel, with the team installing between eight to ten panels per day. It will take 105 panels and 2,000 cubic yards of concrete to complete the perimeter of the data center.

Once complete, the data center will also include the build-out of a 6MW data center hall and will ultimately host 36MW of power.