Magna Data Center
Space was tight: the data center had to fit into the available 3,150 square feet and house data center mechanical equipment, electrical equipment, generator distribution equipment, and meet grounding needs as well. Design work encompassed dedicated HVAC and cooling equipment; emergency power generation; and associated electrical distribution equipment. Since the room was built over an existing slab on grade foundation, all utility provisions are overhead.
The data center ‘white space’ uses all of the 2,400 square feet available to house 42 data cabinets with a design power requirement of 10 kW cabinet. Five cabinets are physically secured within Federal Cyber Security Compliance (FIMSA). This area was ‘populated’ over several months, so the UPS and cooling systems were designed in a modular manner to accommodate controlled growth, while operating as efficiently as possible.
The design included the following components:
– 750 kW diesel generator with sub-base fuel tank sized for 48 hours run time
– Emergency distribution to one critical and one non-critical automatic transfer switches
– Non-critical distribution to chiller, pumps, in-row cooling units, and local HVAC equipment
– Critical distribution to two 500 kVA modular double conversion UPS’s with static transfer switches, batteries, and electrical distribution
– A/B electrical distribution with ‘end of row’ electrical power distribution equipment serviced from separate UPS’s for the Data Center
– Electrical distribution from end of row power distribution units to data cabinets routed overhead
Building Remote Rooms
– Two additional power distribution units serviced from individual UPS.
– Separate electrical feeders routed through the building with separate power distribution established in each remote data room for dedicated A/B power sourcing from critical power source.
– A dedicated outdoor air cooled chiller coupled with chilled water piping and pumps for data center cooling.
– In-row cooling units to accommodate design cooling loads coupled with strategic redundancy in the data center.
– Appropriate humidification incorporated into cooling units.
– Outdoor air chiller incorporates a ‘free-cooling’ provision permitting waterside economizer operation and 100% cooling capacity at ambient temperatures below approximately 30 deg F for added energy efficiency options.
The project was completed within the customer’s time schedule.