explore | Grilled Cheese

Lower Saxony’s 200MW AI data center race shows how grid access is becoming a core part of site strategy—not a later utility requirement.

San Jose is becoming a test case for who pays for the power, water, grid and environmental infrastructure behind AI’s data center boom.

AI could become more than a power-hungry load—flexible workloads could follow where electricity is available.

Oregon isn’t just deciding where to build data centers—it’s deciding what kind of industrial economy it wants to become.

AI data centers don’t just need megawatts—they need power that can handle rapid GPU load swings without compromising compute reliability.

Lower Saxony’s 200MW AI data center race shows how grid access is becoming a core part of site strategy—not a later utility requirement.

San Jose is becoming a test case for who pays for the power, water, grid and environmental infrastructure behind AI’s data center boom.

AI could become more than a power-hungry load—flexible workloads could follow where electricity is available.

Oregon isn’t just deciding where to build data centers—it’s deciding what kind of industrial economy it wants to become.

AI data centers don’t just need megawatts—they need power that can handle rapid GPU load swings without compromising compute reliability.