Data Centers in Quincy
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Quincy – The Power & Connectivity Hub of the Northwest
Quincy, Washington stands as one of the most important data center markets in the United States, prized for its access to extremely low-cost renewable power. This market is built for hyperscale and enterprise deployments that require massive power envelopes and low-latency connectivity to West Coast population centers. For companies focused on reducing both operational expenses and their carbon footprint, Quincy offers a compelling financial and strategic advantage.
Quincy: At A Glance
Factor | Rating / Data | Notes |
---|---|---|
Global Connectivity Grade | B | Strong regional connectivity, primarily serving as a key West Coast hub. |
Direct Cloud On-Ramps | Over 1 – as of September 2025 | Direct connection to Microsoft Azure is available. |
Power Cost | $0.048/kWh (industrial) | Among the lowest in North America, dominated by ~67% hydroelectric power. |
Disaster Risk | High (93.22) – as of September 2025 | Primarily driven by earthquake, volcanic, and wildfire risk inherent to the region. |
Tax Incentives | Yes | DC-specific sales and use tax exemptions are available for facilities and tenants. |
Sales Tax | 6.50% (Washington State) | As of Midyear 2025. |
Network & Connectivity Ecosystem
Carrier Density & Carrier Neutrality: Quincy supports a focused but resilient ecosystem of approximately 7 carriers, as of September 2025. While not as dense as a primary coastal market, the available networks provide high-capacity, low-latency routes to major West Coast hubs like Seattle.
Direct Cloud On-Ramps: The market has over 1 direct cloud on-ramp, enabling dedicated access to at least 1 major cloud region as of September 2025. This includes native access to Microsoft Azure.
Internet Exchange Points (IXPs): Public peering is limited within Quincy itself. Most network interconnection occurs via private peering within data centers or through direct connectivity to major exchanges in Seattle, such as the Seattle Internet Exchange (SIX).
Bare Metal: Bare metal server options are available in the Quincy market, often through providers that specialize in large-scale deployments. Providers like Hivelocity offer solutions that capitalize on the region's low power costs.
Power Analysis
Average Cost Of Power: The industrial power rate in Quincy is approximately $0.048/kWh, as of September 2025. This exceptionally low price is a primary driver for data center development in the region, offering significant operational savings for high-density deployments.
Power Grid Reliability: The power grid, fed predominantly by the Columbia River's hydroelectric dams, is well-engineered for industrial loads. Data centers in the area benefit from redundant infrastructure designed to support mission-critical operations.
Market Access, Business & Tax Climate
Proximity To Key Business Districts: Quincy's primary role is not proximity to a local business district but its function as a critical infrastructure hub. It provides the power and space to support the digital operations of enterprises located in Seattle, Silicon Valley, and across the Asia-Pacific region.
Regional Market Reach: With low-latency fiber routes, data centers in Quincy effectively serve the entire Pacific Northwest, including the major tech centers of Seattle and Bellevue. It is a key location for disaster recovery and primary compute for West Coast users.
Tax Advantage For Data Centers: Washington offers a significant sales and use tax exemption on data center equipment and construction. This state-level incentive directly reduces the upfront capital expenditure required to build or expand a data center footprint, making the market financially attractive.
Natural Disaster Risk
Quincy has a High natural disaster risk profile, with a FEMA National Risk Index score of 93.22 out of 100, as of September 2025. The risk score is not a reflection of frequent events but of the potential for high-impact seismic and environmental hazards common to the Pacific Northwest.
Key risks for consideration include:
- Earthquake: Significant risk due to regional fault lines.
- Volcanic Activity: Proximity to the Cascade Range introduces risk from potential eruptions.
- Wildfire: Seasonal risk is present throughout the region.
- Winter Storm: Severe winter weather can impact logistics and infrastructure.
- Drought: Can impact hydroelectric power generation over the long term.