Whether it’s a unique building project or a custom match of space to needs, the CyrusOne Solutions project team can save you time, money and distractions with
flexible, future-proofed and customized data center options. CyrusOne’s experienced team of data center design, development and operations professionals have built dozens of the world’s most innovative and efficient data centers. CyrusOne Solutions puts this experience to work for you to develop the best large-scale solutions for your growing business.
The DC building can be nearly 930,000 square feet with 720,000 colocation square feet with up to 120,000 square feet for class A office space.
The CyrusOne location in Quincy, Washington State.
With plenty of land for build-to-suit options at this site, CyrusOne offers multiple products as part of its CyrusOne Solutions product set, including:
From greenfield to completion, the CyrusOne project teams works hand in hand with your team to plan, design, permit and construct your data center to your exact specifications – on time and on budget.
CyrusOne offers powered shells to provide you with a fast time to market option for your IT environment. Fully redundant support systems, scalable power levels, connectivity options, and class A office space are available within your powered shell.
Full and Half Data Halls with 30,000 to 60,000+ Square feet of Colocation Space
CyrusOne helps you to assess your unique infrastructure requirements to ensure your IT environment is equipped with the right power, cooling, and connectivity to match various application needs.
Served by substation fed by 240kv transmission lines
Various restaurants and recreational activities in the area.
With CyrusOne’s National IX, customers can configure a virtual on-net platform from a multitude of carriers and providers, allowing optimal flexibility and interconnection with anyone at any connected facility and to the cloud.
As part of CyrusOne’s National IX platform, this Quincy data center provides interconnection to other CyrusOne data centers.
|Water Stress and Use||Now||2030 Projection||2040 Projection|
|Regional Water Stress||Low||Low||Low|
|CyrusOne Use||Zero Consumption||Zero Consumption||Zero Consumption|
(Risk assessment and projections based on WRI Aqueduct Tool)
The carbon-intensity of the grid has improved about 2.3% points per year over the last 14 years of published data. Reported by the US EPA eGRID for the WECC Northwest subregion (NWPP).
|Percent from renewable sources||51.0%||51.7%||61.0%||58.3%||59.1%|
This has been increasing about 0.6% points per year over the last 14 years of published data. Based on US EPA eGRID data for the WECC Northwest subregion (NWPP).