This is a source-attributed discovery row. It can help you find a place and its citations; it is not a DataCenterData finding that the facility is distinct or currently operating.
Facility snapshot
- Operator as published
- QTS Data Centers
- Address and locality
- New Albany · Licking County · Ohio
- Lifecycle status
- reported under construction
- Facility type
- data center
- Reported capacity
- Planned: 78 MW (source-reported; boundary not independently verified)
- Source freshness
- 18 July 2026
- Location precision
- exact
- Source confidence
- confirmed
- Stable directory ID
dcd-dir-001215
What the source record says
Beech Road SW, New Albany — second of two adjacent QTS buildings on the adjacent Licking County campus to QTS New Albany 1 (combined 93 acres, ~1.5M sq ft, ~$1.5B investment, 222MW planned total). 612,600 sq ft. 78MW is planned capacity; no operational MW disclosed. No AI/HPC-specific marketing found. QTS Data Centers is owned by Blackstone (2021 take-private).
Any MW value is reproduced as source-reported context. Its measurement boundary is not established consistently enough for comparison. Unknown is not zero.
Status history supplied by the source
No status history was supplied in this edition.
Sources and attribution
- QTS plans four-building data center campus in New Albany, Ohio · Data Center Dynamics
- QTS New Albany 2 · QTS Data Centers
- Licking County parcel/GIS record (parcel 094-107502-00.003 — QTS NEW ALBANY II DC1 LLC; lead parcel of the QTS New Albany II campus: 094-107502-00.003/004/005 ≈ 37.1 ac). Corrects the record's prior Franklin County tag to Licking. · Licking County Auditor GIS / Assessor
Adapted from Compute Atlas by Edward Kubiak, edition 1.33.0, under CC BY 4.0. Upstream ID qts-new-albany-2-franklin-county-oh. Filtered to data-center records in the 50 U.S. states; selected fields normalized for search and display; DataCenterData directory IDs added.
This does not mean the row is wrong. It means DataCenterData has not promoted it through the independent evidence workflow.