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Capacity

Capacity

STAND 08/2026

Describe the workload. We match it to a site and to infrastructure.

A drawn-out server tray, GPU accelerators and direct-to-chip liquid cooling, cabling gathered in gold-ringed bundles
CONCEPT · one row, closed containment, nobody on the floor

Both sites, on their own figures.

in progress

Quedlinburg

1–3 MW class · BlackKub

Capacity class1–3 MW class1
Rack envelope, standard positions1842
Per data floor923
Whitespace / floor264 m²4
Clear height2.60–2.67 m5
Floor loading600 kg/m²6
Existing site connection1 MW7
Dedicated AI connection, engineering basis1.5 MW8
Expansion case, envisaged3 MW9
Transformer2 MVA10
Photovoltaics450 kWp11
Fire compartments312
AddressKlopstockweg 10a · Quedlinburg13

Register interest

planned

Blankenburg

Phase 1 design basis · 50 MW IT

Phase 1 IT load50 MW IT14
PUE1.2015
ZoningGI · BauNVO §916
Grid110 kV / 60 MW17
Cooling source10–12 °C18
Flow8,182 m³/day19
Heat exportup to 35 MWth20
Legal entityBlack Vault Blankenburg GmbH21

Pre-lease dialogue

Two of the founders on the roof of the Cube, among the photovoltaic array
AS IT STANDS · Denys Tsvaig and Anna Bon on the roof of the Cube in Quedlinburg – the photovoltaic field that is already generating
The Blankenburg site from the air
AS IT STANDS · Blankenburg, 03/2026 – the ground Phase 1 is designed for, photographed by the founders from the helicopter

Every figure carries its status and its source. Click any ⓘ to see where it came from, who owns it and when it was last checked. Design figures are labelled as such; nothing here is rounded up for a website.

Rack to campus, on one ruler.

  1. Rack

    01

  2. Room

    02

  3. Dedicated zone

    03

  4. Data hall

    04

  5. Campus

    05

Quedlinburg
Blankenburg

This is a scale of physical deployment, not of client maturity. A research group can take a data hall; a corporation can start with a rack.

Five ways to take capacity.

FormatScaleSiteHardwareCooling
Rack / colocation1 – 20 racksQuedlinburgYoursAir with containment · liquid as a retrofit pathway
Regional AI computeUp to a data floorQuedlinburgYours or oursDirect-to-chip
Dedicated AI capacityZone to data hallCampusYoursDirect-to-chip
Private enterprise AIZone upwardsEitherYours or oursDirect-to-chip
Build-to-suitBuilding or campusCampusYoursTo specification
Future service layer

AI inference

A managed layer for model-token processing, once the underlying capacity is commissioned and the commercial model is settled.

Listed apart on purpose, not as a sixth format. A managed service is a step UP the stack, and what this company engineers are the layers beneath it.

Jurisdiction is fixed when the site is chosen.

Dedicated infrastructure can be configured for data residency within the selected jurisdiction. Where the machines stand, which law reaches them and who may enter the room are design inputs, settled at the same stage as the cooling.

LocationKlopstockweg 10a · Quedlinburg13

From requirement to operations.

  1. 01

    Requirement

    The structured brief below, in writing

  2. 02

    Engineering review

    Feasibility against power, cooling and floor loading

  3. 03

    Site match

    A named building and a named floor

  4. 04

    Capacity reservation

    Your position in the queue, held

  5. 05

    Design freeze

    Layout, power path and cooling loop fixed

  6. 06

    Delivery

    Fit-out to the frozen design

  7. 07

    Commissioning

    Measured handover against the design basis

  8. 08

    Operations

    Monitored, reported, auditable

Describe the workload.

Ten engineering answers, no sales call. What you send is read by the people who would build it.

Workload

Your requirement

0 / 10

Workload
–
Required power
–
Rack density
–
Accelerator platform
–
Liquid cooling
–
Redundancy
–
Preferred location
–
Target date
–
Commercial format
–
Regulatory requirements
–

Still open: Workload · Scale · Requirements · Commercial · Company · Work email

No price is quoted here and none will be until the capacity is commissioned. What is real today is the queue and the engineering conversation behind it.

Notes

  1. 11–3 MW class – DESIGN BASIS (DESIGN BASIS) · effective 08/2026 · source: Project data sheet · verified 06.08.2026
  2. 2184 – DESIGN BASIS (CALCULATED) · effective 08/2026 · source: Technical concept · verified 15.08.2026
  3. 392 – DESIGN BASIS (CALCULATED) · effective 08/2026 · source: Technical concept · verified 06.08.2026
  4. 4264 m² – DESIGN BASIS (CALCULATED) · effective 08/2026 · source: Technical concept · verified 06.08.2026
  5. 52.60–2.67 m – VERIFIED EXISTING (MEASURED) · effective 06/2017 · source: Structural drawing · verified 04.08.2026
  6. 6600 kg/m² – VERIFIED EXISTING (SIGNED REPORT) · effective 01/2023 · source: Structural drawing · verified 31.07.2026
  7. 71 MW – VERIFIED EXISTING (EXISTING) · effective 08/2026 · source: Project data sheet · verified 06.08.2026
  8. 81.5 MW – DESIGN BASIS (DESIGN BASIS) · effective 08/2026 · source: Letter of intent, 08/2026 · verified 15.08.2026
  9. 93 MW – SUBMITTED / IN PROCESS (SUBMITTED) · effective 08/2026 · source: Project data sheet · verified 09.08.2026
  10. 102 MVA – VERIFIED EXISTING (EXISTING) · effective 08/2026 · source: Site survey · verified 06.08.2026
  11. 11450 kWp – VERIFIED EXISTING (EXISTING) · effective 08/2026 · source: Technical concept · verified 22.08.2026
  12. 123 – DESIGN BASIS (DESIGN BASIS) · effective 08/2026 · source: Fire safety concept · verified 06.08.2026
  13. 13Klopstockweg 10a · Quedlinburg – VERIFIED EXISTING (EXISTING) · effective 08/2026 · source: Cadastral data · verified 29.07.2026
  14. 1450 MW IT – DESIGN BASIS (DESIGN BASIS) · effective 06/2026 · source: Project data sheet · verified 06.08.2026
  15. 151.20 – DESIGN BASIS (DESIGN BASIS) · effective 08/2026 · source: Technical concept · verified 13.08.2026
  16. 16GI · BauNVO §9 – VERIFIED EXISTING (EXISTING) · effective 08/2026 · source: Project data sheet · verified 06.08.2026
  17. 17110 kV / 60 MW – SUBMITTED / IN PROCESS (SUBMITTED) · effective 03/2026 · source: Grid connection application · verified 06.08.2026
  18. 1810–12 °C – VERIFIED EXISTING (OFFICIAL DATA) · effective 06/2026 · source: Project data sheet · verified 06.08.2026
  19. 198,182 m³/day – VERIFIED EXISTING (OFFICIAL DATA) · effective 06/2026 · source: Project data sheet · verified 06.08.2026
  20. 20up to 35 MWth – DESIGN BASIS (DESIGN BASIS) · effective 06/2026 · source: Heat concept · verified 06.08.2026
  21. 21Black Vault Blankenburg GmbH – VERIFIED EXISTING (EXISTING) · effective 05.08.2026 · source: Commercial register · verified 02.09.2026

Document status · Revision 01 · Last factual review 02 Sept 2026

Where else to go.

The rest of the site, including the parts a diligence reader wants and the parts the law requires.