AI Data Centers in Washington: Quincy Facility Tracked (2026)

Ban the Bots tracks one operating artificial intelligence (AI) and cloud computing facility in Washington state: the Microsoft Quincy Data Centers in Grant County, representing 600 megawatts (MW) of tracked capacity. Sited in the rural city of Quincy, the campus runs on low-cost hydroelectricity generated along the Columbia River system and draws water through the Grant County Public Utility District (PUD). The arrival of this multi-building campus transformed Quincy from a quiet agricultural community into an active data center hub, creating an ongoing local tension as regional farmers raise concerns about industrial competition for Columbia River water resources.

The Microsoft Quincy Facility in Detail

Microsoft operates the single AI and cloud data center campus tracked by Ban the Bots in Washington state. The development site is located in the city of Quincy within Grant County, situated in the central Columbia Basin. Microsoft first announced the facility in 2006, as documented in Microsoft's Quincy data center announcement. The campus represents 600 MW of tracked operating capacity today.

The physical footprint in Quincy functions as an operational campus rather than a speculative development. On the national data center map, Ban the Bots classifies the site as fully operating. Unlike multi-tenant facilities that lease server halls to rotating commercial tenants, Microsoft manages the computing infrastructure at the property for its own network operations, enterprise software services, and artificial intelligence infrastructure. Every megawatt of power delivery and every gallon of cooling water flowing into the facility supports high-density server racks designed to run continuous digital tasks without interruption.

The operational scale of 600 MW places substantial baseline demands on regional utility infrastructure. Generating, transmitting, and dissipating the heat from 600 MW of steady electrical load requires specialized substations, continuous maintenance, and dedicated cooling systems. The facility secures its operational cooling supply through utility infrastructure managed by the Grant County Public Utility District (PUD), which routes municipal and industrial water supplies from the Columbia River basin directly to the site.

How Cheap Hydropower Turned a Farm Town into a Data Center Hub

Before server infrastructure arrived in 2006, Quincy operated primarily as an agricultural market town in the Columbia Basin Project irrigation district. The local economy centered on irrigated crops, processing facilities, and farming services. The primary catalyst that altered this economic trajectory was the availability of inexpensive hydroelectric power generated by dams along the Columbia River. Grant County PUD offered industrial electricity rates that ranked among the lowest in the United States, giving technology corporations an overwhelming economic incentive to place heat-intensive server hardware in rural eastern Washington.

Hydropower delivered two structural advantages that Microsoft prioritized during early cloud buildouts. First, river turbines offered steady, dispatchable electricity without the fuel price volatility common to natural gas markets. Second, the cost per kilowatt-hour remained low enough to absorb the severe electrical efficiency losses inherent to early large-scale server halls. By building in Quincy, Microsoft could operate massive mechanical chillers and thousands of dense processor blades at a fraction of the utility expenditure required in primary metropolitan centers like Seattle or Silicon Valley.

This low-cost electricity transformed Quincy into an industrial technology corridor, but the transition created friction with the region's agricultural foundation. While server facilities purchase immense amounts of electricity, they also demand sustained supplies of water for evaporative cooling towers and heat-exchange infrastructure. In Grant County, farmers depend entirely on surface water diversions from the Columbia River system and local irrigation canals to sustain orchards, potato fields, row crops, and livestock. When an industrial server facility consumes millions of gallons of treated water to reject heat into the atmosphere, that water is lost from local agricultural circulation.

Farmers in the surrounding Grant County countryside have raised repeated concerns regarding industrial competition for shared water supplies. In the arid climate of central Washington, annual water allocations determine agricultural crop yields and property viability. Although the Columbia River carries significant total annual volume, water rights in the basin remain tightly managed under state law, interstate compacts, and tribal treaty protections. The expansion of high-capacity server campuses introduces a new industrial consumer that operates year-round at constant peak rates, whereas traditional irrigation demand peaks during summer growing cycles.

Farmers in the area have raised concerns about the facility's water use, and that tension remains active and unresolved. To estimate the resource footprint of similar cooling configurations, you can test parameters in the AI water calculator. For wider reporting on rural communities resisting data center utility allocations across the country, see our overview of AI data centers near you: pros, cons and backlash and our national incident log at /ai-backlash/.

Comparing Washington to National AI Hubs

With a single operating campus tracked at 600 MW, Washington maintains a concentrated footprint compared to tier-one technology markets across the United States. In major development zones like the Texas AI data center corridor, regional grid operators track dozens of competing campuses totaling thousands of megawatts spread across multiple utility service areas. By contrast, Washington's tracked capacity sits within a single rural county under a single municipal utility district.

The concentration of 600 MW in Grant County means that Quincy bears a disproportionate share of the environmental and infrastructural consequences of Washington's digital sector. The state does not host a sprawling network of speculative AI developments across every county. Instead, the operational reality of artificial intelligence infrastructure in Washington is defined by the transformation of Quincy, where the benefits of inexpensive river power meet persistent agricultural concerns over water sustainability.

FAQ: AI Data Centers in Washington

How many AI data centers are in Washington state?

Ban the Bots tracks one operating facility in Washington state: the Microsoft Quincy Data Centers campus located in Grant County. Microsoft announced the development in 2006, and the operating campus accounts for 600 MW of tracked electrical capacity.

How much power does the Microsoft Quincy data center use?

The tracked Microsoft facility in Quincy operates with an electrical capacity of 600 MW. This steady baseline load is served by Grant County PUD, drawing low-cost hydroelectric power generated by dams on the Columbia River.

Where does the Quincy data center get its water and power?

The facility receives electricity and cooling water through the Grant County Public Utility District. Its electrical power comes from Columbia River hydroelectric generation, and its operational water supply is drawn from the Columbia River basin network.

Are Washington farmers concerned about data center water use?

Yes. Farmers in the Quincy area have raised concerns regarding industrial competition for regional water resources. Because agriculture in Grant County depends on Columbia River irrigation supplies, diverting water to industrial data center cooling creates ongoing tension over local water security.

Tracking Washington Data Center Growth

Washington's position in the national computing footprint centers on the reality of rural resource trade-offs: low-cost river hydropower enabled Microsoft to construct a 600 MW industrial campus in Quincy, while local farmers continue to raise alarms about competition for Columbia River water. To evaluate infrastructure across all operating regions, inspect the interactive AI data center map or compare this facility to large-scale grid buildouts on the Texas data center analysis.

Data and status records for the Microsoft Quincy Data Centers are drawn from Microsoft corporate documentation and Ban the Bots tracking records as of 2026.