Crater AZ

A rare, large-scale data center energy campus opportunity in Northern Arizona offering 100,000 acres of developable private and state land with behind-the-meter power potential ranging from 1 GW to 3–6 GW at full build-out.

The site is uniquely positioned with access to wind, solar, natural gas, and battery storage on a single contiguous property — one of very few locations in Arizona where all four energy sources converge on private land. A 1 GW wind project with neighboring landowners is in the interconnection queue. Solar generation potential of 1–1.5 GW and ample acreage for 4 GW+ of battery storage (BESS, geothermal, thermal, and other emerging technologies) round out a diversified energy portfolio with complementary seasonal and intraday generation profiles.

Water rights of 8,000–30,000 acre-feet are among the strongest in the region, situated within a natural recharge zone that provides long-term supply confidence — a critical differentiator in an increasingly water-constrained state.

Infrastructure access is strong and improving. Seven transmission lines from four regional utilities are within reach, including three 500 kV lines and four 345 kV lines scheduled for upgrade to 500 kV by 2032. Three natural gas pipelines run within 13 miles, and new private gas lines into Northern Arizona are expected in 2030–2032. Two new high-capacity fiber projects along the adjacent interstate corridor are on track for completion by 2027, with a potential third route providing redundancy across three providers.

The property sits at 5,000 feet elevation with a dry, moderate climate and virtually no exposure to natural disasters — no tornado, flood, wildfire, seismic, or significant hail risk. Terrain is flat and development-ready. Permitting is streamlined: one landowner, one county, already zoned for solar and wind with surface and mineral rights included.

Located on a major interstate with two regional population centers within 30 miles and over 40 million people within 500 miles. Rail access is adjacent. The site is well-suited for hyperscale deployments that require purpose-built, on-site power at scale — bypassing the multi-year interconnection queue that currently constrains grid-dependent projects in the region.