2.45 MW is energized to the building today, with a path to 6 MW. Cooling and electrical step-down are the remaining buildout scope. Offered for sale or lease, single-tenant or multi-tenant.
An existing 2,500 kVA transformer serves the site today. The second is a planned addition for the step-up to 6 MW — it is not yet on site.
Scroll to view the full capacity overview on a narrow screen.
The two transformer capacities are additive in the project plan. Final service topology and usable continuous capacity require Pacific Power and engineering confirmation.
The 2,500 kVA transformer is installed and operational, serving 2.45 MW of contracted capacity now. Further permitting and buildout are required before data hall occupancy.
A second, 3,750 kVA transformer is planned but not yet on site. Procurement and installation are part of the step-up to 6 MW.
Natural gas generation is planned to carry each selected plan’s full peak facility load. The project plan specifies 2 × ~1.5 MW for the existing-service options and four units totaling ~7 MW nameplate for the expansion options. Final ratings require altitude derate and vendor verification.
The buildout is the next step, not a past one. What follows is the engineering plan for the site — it defines buyer or tenant scope, not equipment already installed.
The 35 kW plan uses chilled-water rear-door heat exchangers and air-cooled chillers. The 70 and 140 kW plans use direct-to-chip liquid cooling, adiabatic dry coolers, and chilled water for residual heat. Equipment is buildout scope.
Switchgear and PDU deployment down from the 2,500 kVA transformer to the cabinet level is still ahead of occupancy.
Natural gas units are specified for the chosen plan’s full peak facility load, subject to altitude rating and gas-service confirmation. They are not yet installed.
High desert elevation and a cool annual climate reduce mechanical cooling load. The site sits on Pacific Power's grid with an active interconnection already in place — not a proposal.
Klamath Falls' elevation and dry climate favor lower mechanical cooling overhead than most coastal or urban colocation markets.
Utility service is active and contracted at 2.45 MW today, with a proposed 3,750 kVA addition toward 6 MW, subject to Pacific Power confirmation.
A standalone data center shell — no shared building systems or unrelated tenants to coordinate around, whether occupied by one tenant or divided among several.
The site is in Klamath Falls' downtown district, on an active street with regular visibility and convenient access for staff, vendors, and emergency services. The facility's security design will include controlled access and site-specific physical safeguards as part of the buildout.
Four conceptual configurations use either the existing 2,500 kVA transformer or the planned 3,750 kVA addition. Cabinet counts include design-day cooling and electrical overhead under the project plan’s capacity assumptions.
521 Walnut Ave is offered for sale or as a triple-net lease. Both paths start from the live 2.45 MW interconnection; cooling, electrical step-down, and natural gas generation are buildout scope from there.
Acquire the facility outright: land, shell, and the energized 2.45 MW interconnection.
Occupy under a triple-net structure; operating expenses pass through.
Site plan, one-line diagram, transformer documentation, and the cooling and electrical step-down buildout scope are available on request.