MicroLink × Anthropic
Three energised industrial sites, each ready to switch on a 60 MW anchor on request, each with a contractual path to 750 MW.
The three sites
High level · current path| Site | Anchor · speed |
Sun Mesa, AZ Scale · optionality |
Northern PA Third site |
|---|---|---|---|
| Anchor load | WW MW | WW MW | WW MW |
| Path to | WWW MW | WWW MW | WWW MW |
| Land control | WWW haW,WWW ac · under option | W,WWW haWW,WWW ac · pre NDA | WWW haW,WWW ac · in diligence |
| Power today | Grid plus gasFirstEnergy plus NPS | EHV backbone345 and 500 kV, ex coal | In diligenceto confirm |
| First power | QW 20WW | QW 20WW | QW 20WW |
| Interconnection | FirstEnergyWWW kV ring bus | APS front of meterWWW kV, 20WW to 20WW | To confirm |
| Generation | Gas BTMNPS and ECP | Solar, BESS, gassame POI onsite | To confirm |
| Structure | Apollo · NVIDIA | Apollo · NVIDIA | Apollo · NVIDIA |
| Stage | Land LOI livepermitting pathway | Claims verificationdata room open | Early diligenceFort Cherry to follow |
One structure across all three
Design detail
Per site · Vertiv alignedEvery site deploys the same way: factory built power and cooling blocks, integrated and tested off site, then lifted into place, so the campus scales by repetition rather than by rebuilding.
We build to 1.25 MW Vertiv aligned blocks. Power, UPS, switchgear and cooling arrive as prefabricated skids and modules, integrated in the factory, which removes up to half the on site work and holds build quality to a single standard across all three sites.
On site, the blocks drop into a prefabricated shell and tie into the SmartRun overhead busway, which carries an 800 VDC ready path to the rack. Liquid cooling runs to roughly 130 kW per rack through the CoolChip distribution units. The campus grows one block at a time, so first revenue does not wait for the full build.
Sited on energised power
MicroLink starts from energised industrial power rather than a greenfield queue, placing compute inside or beside sites that already carry load. That turns power availability, the slowest part of any build, into a firm date. Waste heat leaves as a value add to the host partner, never as the reason for the site.
Assembled from blocks
The campus is built from factory integrated power and cooling blocks, tested off site and lifted into place. Liquid cooling carries high rack density with a dry cooler rejection path always in the design, and an 800 VDC busbar runs to the rack. The site grows by adding blocks, so it scales by repetition rather than by rebuilding.