36 MW
Critical Load Capacity
12+PUE PUE
Acres
1.15PUE PUE
Portfolio Design PUE
Q3 2024PUE PUE
Space Available
Download Spec Sheet
36 MWPUE PUE
Critical Load Capacity
1.15 PUE PUE
Average PUE Portfolio-wide
Q4 2026PUE PUE
Space Available

Prime location

Edged Phoenix delivers high-performance digital infrastructure and low-latency connectivity to the fast growing Southwest region.

Prime location

Access to fiber infrastructure, a stable climate, and the ability to serve metropolitan populations in the Southwest, makes Edged Phoenix an ideal location.

© Mapbox, © OpenStreetMap
Overview
Power
Security
Cooling

Edged PHOENIX Data Center

8811 E. Warner Road, Mesa, AZ 85212

  • New build construction; two stories with two loading dock bays
  • 24 x 7 x 365 access; 2 meet-me rooms
  • Multiple fiber providers; four diverse points of entry
  • Tier III design concurrently maintainable
  • 100% uptime SLA

Clean and Reliable Power

  • Battery backup supporting all electrical and mechanical systems
  • UPS with N+1 redundancy
  • Generators with N+1 redundancy
  • Standby generation systems utilize Tier 4 Final engines which reduce NOx and particulate matter emissions by up to 99%
  • Redundant A+B side distribution
  • Revenue-grade, transparent, real-time metering

Tier 4 Final EPA Emission versus other tiers

World Class Security & Fire Protection

  • Perimeter fencing and exterior access gates
  • Interior biometric readers, ID badges, CCTV
  • Data halls have double-interlock pre-action mist system
  • Addressable smoke detectors with hot aisle early detection

Advanced Waterless Cooling System

  • Water Usage Effectiveness (WUE) 0.00 liters/kWh of cooling
  • N+1 redundancy
  • Glycol heat transfer with rooftop air cooled chillers
  • Closed loop evaporators provide secondary cooling
  • 500 kW capacity per hot aisle (modular)
  • Uninterruptible maintenance service outside of white space
  • ThermalWorks systems use non-toxic glycol with zero Global Warming Potential (GWP) and some of the lowest GWP refrigerants available anywhere (R1234ze or R515-B)
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Cooling system Coefficient of Performance (COP)

99.9999

Estimated “six nines” of availability with Tier III design standards and N+1 power, UPS and cooling systems

Continuous systems monitoring and secure DCIM controls platform covering all mechanical and power systems

Leading energy efficiency in any climate

Edged is designed to deliver industry-leading average 1.15 portfolio-wide design PUE, consuming zero water for cooling. This reduces energy overhead by 74% compared with the global average. Uptime Institute, “The average annual power usage effectiveness (PUE) reported in 2023 was 1.58”

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1 Uptime Institute, “The average annual power usage effectiveness (PUE) reported in 2023 was 1.58”

Advanced waterless cooling

Traditional data center cooling places heavy demand on local water resources. Edged solves this with our ThermalWorks closed-loop cooling system engineered for high-density, AI-driven workloads. It delivers powerful performance while consuming zero water in the critical markets we serve.

Traditional data center cooling consumes vast quantities of water, putting significant pressure on local resources. To address this growing issue, Edged uses our ThermalWorks modular cooling system that supports the dense AI-driven loads that are reshaping the IT industry Uptime Institute, “A technology refresh at the start of the 2020s brought a marked increase in power for the new generation of highly performing and efficient servers that are the foundation of many IT infrastructures. Looking ahead, the rise in server power and cooling needs throws any past assumptions on future power densities and cooling technologies into the air.”yet consumes no water.

Learn More About ThermalWorks

Supporting 200 kW per rack
Edged fully modular cooling systems support up to 70 kW per rack with air cooling and ultra-high densities up to 200 kW with plug and play liquid cooling integration.

Industry Average
(Uptime Institute)
Edged
(air cooling)
Edged
(liquid cooling)
2 Uptime Institute, “A technology refresh at the start of the 2020s brought a marked increase in power for the new generation of highly performing and efficient servers that are the foundation of many IT infrastructures. Looking ahead, the rise in server power and cooling needs throws any past assumptions on future power densities and cooling technologies into the air.”
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