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Data centre · United States · Minnesota

Google Project Skyway

Google Project Skyway is a data center development record in Minnesota.

Minnesota, United States

View Google Project Skyway on the map

Announced

Evidence reviewed 9 Nov 2026

Country
United States
State / region
Minnesota
Map locator scope
Campus locator
Reported operator
Google LLC
Related campus or site
Google Project Skyway data center campus (Pine Island Industrial PUD, Pine Island, Minnesota)
Reported project stage
Announced
Status reported as of
2026-08-31

Electrical work and project outlook

Probability not assessed. Builder, electrical contractor and current procurement availability are not confirmed in the published research.

Review the original sources below for the reported operator, project status and electricity infrastructure. A listed facility does not imply an open tender.

Research methodology · Entity JSON · Markdown

Location and nearby places

Nearby Bulk Supply Points and substations

8 records within 15 km.

NORTH ROCHESTERPINE ISLAND, Minnesota, United States
1.1 km
69 kV substation near Pine Island, MinnesotaPINE ISLAND, Minnesota, United States
2.1 km
69 kV substation near Zumbrota, MinnesotaZUMBROTA, Minnesota, United States
6.7 km
69 kV substation near Zumbrota, MinnesotaZUMBROTA, Minnesota, United States
8.1 km
Substation near Mazeppa, MinnesotaMAZEPPA, Minnesota, United States
9.4 km
Show 3 more
Substation near Wanamingo, MinnesotaWANAMINGO, Minnesota, United States
11.8 km
ROCHESTER HYDROMAZEPPA, Minnesota, United States
13.2 km
69 kV substation near Byron, MinnesotaBYRON, Minnesota, United States
14.4 km

Nearby mine sites

No mine records within 15 km.

Sources and dates

Research compiled by Elora Grid.

  1. 01
    Minnesota Public Utilities Commission

    Status observation for the listed project or phase. Status reported as of: 2026-08-31.

  2. 02
    Data Center Atlas

    Site or campus locator, as attributed in the source.

  3. 03
Data notes

Distances use published location points. Nearby records may represent separate phases of one facility. Connection capacity and commissioning require current network information.