Data Center Journal

Volume 31 | April 2014

Issue link: https://cp.revolio.com/i/288390

Contents of this Issue

Navigation

Page 8 of 32

6 | THE DATA CENTER JOURNAL www.datacenterjournal.com The data center environment is always changing. We're here to help you evolve with your new power requirements. Four New Application Notes Available Read the application notes at powerstrategyexperts.com 60 60 60 60 60 How do I maximize the number of devices in my small 24'' x 42U cabinets? Learn how to maximize your density with the HDOT Smart PDU. HDOT increases cabinet space using Server Technology's own innovative C13 and C19 outlet design. How can I monitor and manage power for a rack with two Juniper MX960s? With the -48VDC Telecom Power Solution. Learn how to utilize Server Technology's high-density RPM/PDU. Remotely manage higher powered equipment. How do I plan for growth in the data center? Server Technology's SPM provides critical information for growth planning. Learn how to utilize SPM with intelligent PDUs to ensure that your data center is ready for increased capacity. Maximize uptime, improve eciency and analyze capacity. How can I monitor power directly from my smart phone. The ST Eye mobile application allows you to monitor critical power and environmental data directly from your Android app. It's the quickest and easiest way to monitor your PDU at the cabinet level. Server Technology Solution Center PROJECT DESCRIPTION Greenfield Data Center Northern California G reenfield 118.000 square foot data center located in north- ern California. Facility included Two (2) 10,700 square foot data halls, associated infrastructure spaces and admin spaces. Data halls designed to 200 watts per square foot density. Electrical systems include a redundant 20.8 kV AC Service, 2N redundant 480 V electrical distribution including four (4) 5,000 ampere unit substations. Each N UPS system consists of four (4) 750kVA units. Batteries designed for 2 hour backup with each A &B system providing for 50% of the load. e entire facility supported by 2(N+1) 480 volt paralleled generator plant; A and B system. Consisting of six 3000 kW generators day one build out. ere is also dual power circuits from separate sources were provided at each CRAC unit. Mechanical systems include N+N redundant chiller plants (A & B). Plant A consists of two (2) 440 ton air cooled chillers, plant B consist of two (2) 440 ton water cooled chillers. Chilled water distributed by a double ended chilled water loop common to both plants A & B. Clean Agent Suppression systems were installed in Battery Rooms, Core Rooms, Data Halls and Electrical Rooms. Smoke Management System included a dedicated 100% outside air unit, dedicated exhaust fan and ductwork designed in compliance with NFPA 92B. PROJECT DETAILS Name of Project Name of Project Greenfield Data Center Client/Owner: Confidential MEP/Arch Lead Name: Morrison Hershfield Mission Critical Consultants: Tait Engineers Safemark Engineers Type of Availability: Tier IV Power Density of Site: 200W sq foot Project Type: Data Center Project Status: in construction Year Completed: 2014 scheduled Size of building: 118,000 sf Amount of Raised Floor: 21,400 square feet Project Budget: 135 million.

Articles in this issue

Links on this page

Archives of this issue

view archives of Data Center Journal - Volume 31 | April 2014