Building Overview
Modern datacenter facility situated in the Hammerbrook district east of Hamburg
Operational since October 2000
Technical space arranged over two floors
Total size (technical space): 8,394 m²
Available fully fitted space: 1,319 m²
Available “Shell and Core” space: 1,892 m²
Maximum site power: 8 MVA
Carrier Connectivity: Level 3, Colt, DTag, Hansenet
Modern datacenter facility situated in the Hammerbrook district east of Hamburg
Operational since October 2000
Technical space arranged over two floors
Total size (technical space): 8,394 m²
Available fully fitted space: 1,319 m²
Available “Shell and Core” space: 1,892 m²
Maximum site power: 8 MVA
Carrier Connectivity: Level 3, Colt, DTag, Hansenet
Technical Summary
Main Power
8MVA supply via dedicated underground 10kV mains feeds to 3×2MVA, (4×2 MVA ultimate) 10kV/400V transformer station.
Main Power
8MVA supply via dedicated underground 10kV mains feeds to 3×2MVA, (4×2 MVA ultimate) 10kV/400V transformer station.
Generators
Two (four ultimate) x 2MVA diesel-driven emergency power generators giving 4 MVA (8 MVA ultimate)
Automatic start in less than one minute to feed 100% of the facility
Generators tested monthly
Fuel storage (Diesel) for 24-hour continuous operation at 100% load
24×7 agreement with local fuel supplier.
Two (four ultimate) x 2MVA diesel-driven emergency power generators giving 4 MVA (8 MVA ultimate)
Automatic start in less than one minute to feed 100% of the facility
Generators tested monthly
Fuel storage (Diesel) for 24-hour continuous operation at 100% load
24×7 agreement with local fuel supplier.
UPS
Two x (three ultimate) x 625kVA Hybrid Rotary UPS modules providing 625kVA (1,250kVA ultimately) total output with N+1 redundancy
15-minute battery autonomy per UPS module
Dual-redundant A and B distribution strategy
Underfloor power track distribution system
Two x (three ultimate) x 625kVA Hybrid Rotary UPS modules providing 625kVA (1,250kVA ultimately) total output with N+1 redundancy
15-minute battery autonomy per UPS module
Dual-redundant A and B distribution strategy
Underfloor power track distribution system
DC
48VDC power system. 400A “A” + 400A “B” expandable to 2385A “A” + 2385A “B”
Dual-redundant “A” and “B” systems with dual-redundant “A” and “B” distribution
Four hours of battery autonomy
Underfloor direct A and B feeds from PDU to fuse panel
48VDC power system. 400A “A” + 400A “B” expandable to 2385A “A” + 2385A “B”
Dual-redundant “A” and “B” systems with dual-redundant “A” and “B” distribution
Four hours of battery autonomy
Underfloor direct A and B feeds from PDU to fuse panel
Environment
750W/m² average cooling capability over the gross space
Temperature regulated overall to 21°C+/- 2°C
Humidity regulated overall to 50%RH +/- 10%
Technical areas positively pressurized to minimize dust ingress
750W/m² average cooling capability over the gross space
Temperature regulated overall to 21°C+/- 2°C
Humidity regulated overall to 50%RH +/- 10%
Technical areas positively pressurized to minimize dust ingress
Physical
Minimum floor-to-ceiling height: 3,700mm from top of raised floor
800mm raised floor height
Raised Floor loading12kN/m²
Structural Floor Slab: Ground Floor — 20kN/m² First Floor — 10kN/m²
Minimum floor-to-ceiling height: 3,700mm from top of raised floor
800mm raised floor height
Raised Floor loading12kN/m²
Structural Floor Slab: Ground Floor — 20kN/m² First Floor — 10kN/m²