GPS Grading

When most people think about data centers, they picture rows of servers and big cooling units. What they don’t see is the dense, carefully planned utility network under their feet—and that’s where early earthwork planning becomes critical.

Every data center story eventually turns into a conversation about power, cooling, and redundancy. But long before generators and chillers show up, a quieter kind of redundancy is being built into the project: in the soil.

As demand for cloud computing, AI, and high-density workloads surges, Colorado is becoming an attractive location for new data center developments. Behind every mission-critical facility, there’s a phase that often gets less attention than servers and cooling: earthwork and site development.

Developing a utility-scale solar project is a complex, multi-phase endeavor—and it all starts with the right groundwork. Quite literally. The excavation partner you choose can make or break the early stages of your solar development timeline. Here’s how to make the best choice.

Solar farms are designed to operate for decades—but poor erosion control can put that longevity at risk before the first panel is even installed. Managing erosion during and after excavation is crucial to the success of your solar project, especially on undeveloped or sloped terrain.

Colorado’s high solar potential and wide-open spaces make it an ideal location for utility-scale solar projects. But many of the most promising solar farm sites are in remote, hard-to-access areas—bringing a unique set of challenges to developers and contractors.