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INDUSTRY NEWS • ISSUE VI, APRIL 2016Paul Marcoux Leaves Legacy in New Enterprise Mission Critical Data Center
Built To Weather the Storm
The building is designed to withstand sustained winds of 165 miles per hour, which is equivalent to a level EF3 tornado. Mission critical systems and IT are reinforced to above-code seismic stability, and situated far above a 100-year floodplain. There is a lightning protection system and infrared snow and ice melting. All windows are fitted with steel shutters that automatically deploy during any alarm or weather event. Unique to this data center is its meteorological control system. This completely automated system monitors the weather and activates a pre-programed control and alarm sequence to protect power, cooling, and security in the event of any high-wind or other weather-related threat. Safety Measures Security measures include an access drive designed to reduce vehicle speed. Earthen barriers and K-rated fencing prevent vehicles from being able to crash into the facility. Entry gates are capable of stopping a 30,000-pound truck. Glass in the security booth is bullet proof, and video surveillance allows remote viewing of all outside areas. To combat system cyber Green and Healthy The facility is as efficient and comfortable as it is reliable. As Paul says, “Energy cost is a hidden tax on the IT system. The only weapon a mission critical operator has against this tax is to employ energy conservation measures in every way possible.” Some of the highlights of the center’s energy conservation arsenal include:
Those working at the facility can enjoy a one-mile walking trail and indoor and outdoor rest areas for breaks and social gatherings. Restrooms feature hands-free systems, and antimicrobial door handles and internal ductwork. There are showers and an on-site nurse station. There is even a wellness room for mothers. An Eye on the Future The facility is designed to be right-sized for now. But it can be expanded in the future to accommodate an additional 100,000 square feet and 4 MW of critical power capacity. Its 30-year lifespan is expected to provide BB&T with secure, resilient IT and data storage for the next generation. |
See Article 1: Farewell to Board Member Paul Marcoux See Article 3: Winter Meeting Highlights, Summer Meeting Plans ![]() ![]() |