Fortune Data Centers

Fortune Oregon Technical Specifications

Building Specifications

Location: 21515 NW Evergreen Parkway, Hillsboro, OR
Acreage: 15
Nearest Airports: Portland International Airport – PDX (public); Portland-Hillsboro Airport – HIO (private)
Type of Construction: Brownfield/ former semiconductor tool fabrication facility
Building Size: 240,000 square feet
Number of Stories: Single story with mezzanine deck for air-handling units; office space is 2 stories
Floor Loading: 2,500 lbs. / square foot
Loading Docks: 2 secure privately accessed loading docks, one at grade level and one dock-high truck dock with a dock leveler
Parking: open access – 343 parking spaces – open access; dedicated parking available
Structure Enhancements: Facility meets “Essential Facility” requirements of the 2010 Oregon Structural Specialty Code (OSSC). With a Structural Importance Factor (SIF) of 1.5, the facility meets or exceeds the OSSC requirements for:
   • Stronger seismic forces (SIF = 1.5)
   • Heavier roof snow load (SIF = 1.2)
   • Greater wind pressure (SIF = 1.15)
Flood Plain: Outside of 500 year flood plain
LEED Certification:Facility expects to achieve LEED Gold certification in 2012
Office Space: 60,000 square feet among first and second floors
Fire Suppression: Double interlock, pre-action dry pipe fire suppression system with VESDA system for data and electrical rooms; separate VESDA system for mezzanine level equipment
Storage/staging: Secure caged storage available for customer use

Utility Power Infrastructure

Utility Provider:Primary Service by Portland General Electric (PGE), Rate Schedule 89
Generation Mix: On an annual basis, 75% energy from low/no carbon (natural gas or hydro/renewable)
Distribution Grid: Designed and operated to SEMI 47 Standards (for semiconductor fabs in Silicon Forest). The area Grid carries a “high-reliability” designation, meaning that in addition to higher design standards, O&M procedures include annual IR scans for every feeder & vault with regularly scheduled shutdowns and maintenance.
Substation: Facility is served by PGE’s Sunset Substation, which is in turn fed by triply redundant transmission lines from BPA’s Keeler Substation, PGE’s St Mary’s North in Beaverton and PGE’s St Mary’s South in Beaverton (each supply transmission line is capable of carrying 100% of the Sunset load).
Performance history: The Sunset substation has been in service for 15 years with no outages
Facility Utility Service Feeds: Dual, underground medium-voltage (12.47 KV) utility entrances supplying physically redundant dedicated feeds from Portland General Electric (PGE)
Redundancy: Concurrent maintainability on all components

Emergency / Back-up Power Infrastructure

Generators for Phase I:
Description: 4 x 2.25 MW standby generators for critical load; 2 x 2 MW standby generators for mechanical loads; 1 x 2.25 MW swing generator (15.25 MW total capacity)
Redundancy: N+1
Number of Hours of On-Site Fuel: 24 hours
Fueling Replenishment: Multiple refueling vendor sites under SLA supply contract
Fuel Storage Tanks: Every generator has a dedicated, UL 142 double walled belly tank; 4,400 gallons capacity for 2.25 MW units; 3,800 gallon capacity for 2 MW units; 29,600 total gallons of on-site diesel.

Basis of Design for Critical Power Service

Tier 3 availability: Dual cord power to the rack; ability to isolate and provide maintenance at all levels of the power distribution system
Total Capacity: 7.8 MW of critical power, supplied by 4 separate UPS/PDU systems of 1.95 MW each; The UPS/PDU systems are served by a dedicated 480V critical power switchboard, backed up by N+1 generators

UPS / PDU Systems (per 1.95 MW Data Room):

UPS Description: 4 x 825kVA Eaton Powerware 9395 UPS Modules (99% efficient in ESS mode)
Batteries: 5-minute run-time, automated battery monitoring by Intellibatt
UPS Configuration: Distributed Redundant, N+1
PDU Description: 8 x 400kVA; 480 volt primary 120/208 secondary with individually metered output breakers
PDU Configuration: 2N diverse path to IT load in data center

Cooling Infrastructure for Phase I and II

Basis of Design: Tier 3 availability; ability to isolate and provide maintenance at all levels of the closed loop system
Description: Contained cold air system, shared air supply with direct isolated returned air
Chilled Water Plant: 3 primary chillers (2 x 700 ton and 1 x 1000 ton) with 1 redundant swing chiller (1 x 1000 ton) for 3,400 ton total capacity (2,400 ton capacity @ N+1)
3-fold Water: Mechanical cooling, direct evaporative cooling, and water-side economization (heat exchanger supplements central plant – further reduces tenant utility costs)
Chilled Water Storage: 72 hours of on-site make-up water store, fed from 142,000 gallon tank
Air-handlers: Cold air delivered by 45 individual air-handlers, supplied by 2 sets of electrical switchgear (2N electrical distribution system); all air-handlers contribute to common plenum – contributes to very high redundancy
Air Temperature to Data Room: Commissioned to design load of 68 degrees; can be modified
Redundancy: Concurrently maintainable, N+1 or better

Data Room Specifications

Description: Each data room provides 100% usable unencumbered space with no electrical or mechanical infrastructure on the floor. Each data room is allocated dedicated electrical and mechanical infrastructure- with the exception of the main chiller plant, common roof and shared amenities.
Allocated Power and Space for Phase I:
  • 4 data rooms, can be combined or demised
  • Each Data Room: 1.95MW / 9,750 square feet
  • Average Energy Density: 200 watts/ square foot (can be increased)
Allocated Power and Space for Phase II: 3.9 MW / 19,000 square feet
Allocated Power and Space for Phase III: 7.8 MW / 40,000 square feet
Power Delivery: Power is delivered to PDU, customer to access from output breaker to deliver to data room
Flooring: slab on grade concrete throughout facility, anti-static vinyl composition tile (VCT) throughout data rooms / corridors
Ceiling Height: 11’ above finished floor
Ceiling Infrastructure: 2 x 4 ceiling T-bar grid system to support customer’s overhead infrastructure, ceiling infrastructure houses a return air plenum. The air handling systems are located on a segregated equipment mezzanine above the data rooms.
Cooling: Cold aisle containment required

Security

Description: Multiple layers and methods of authentication, access control, and surveillance.
Building and Perimeter: CCTV 24/7/365 monitored and recorded video surveillance of all entrances, building exterior, and interior corridors
Security Staffing: Guaranteed 100% on-site staff coverage. 2 FTEs on-site 24/7/365; security desk at customer entrance always manned.Staff trained for operations, fire, & life safety incident response.
Access Control: Proximity badge reader with photo identification system, mantrap with secondary proximity badge reader
Data Room Access Control: Each data room is fully demised with a standard proximity badge reader; customers can install additional security measures

Network / Communications

MPOE:2 diverse underground points of entry
Conduits: Fiber enters the site from two physically redundant pathways (SE and SW)
Carriers: 12+ carriers at the property line, to include 6 Tier 1 carriers (Level 3, AboveNet, CenturyLink (formerly Qwest), AT&T, Verizon Business & Tata Communications)
Trans-pacific Cable System Access: Three cable-landing sites within a half a mile of the property
Latency: Latency to San Jose = 17 msRT; latency to Seattle = 3.5msRT; lowest latency routes available to Tokyo = 87msRT versus 103msRT from the Bay Area of California.
Meet-Me-Room Description: Fault-tolerant and fed from dual electrical systems