Learn about DCOI Requirements in this New White Paper

Prepare your data center for the Data Center Optimization Initiative that took effect in 2016 for federal agencies in the US

Abstract:

This paper provides concrete steps that can be taken to bring a US Federal or Military data center into compliance with the latest directives from the Executive branch regarding data center optimization and consolidation.

It details the evolution from FDCCI to FITARA to DCOI, with an emphasis on the roles that power measurement and management play in complying with the DCOI requirements for efficiency (through the PUE metric) and reporting through the implementation of a DCIM tool for asset tracking and power monitoring. Details are provided on how the rack and the PDU technology within the rack provide the underlying infrastructure for the base level power monitoring and control that are integral requirements of the DCOI, along with enabling the capacity planning function that leads to intelligent choices for rack and data center consolidation.

Fill out the form to Download the DCOI White Paper

Power Efficiency Gains by Deploying 415 VAC Power Distribution in North American Data Centers

High physical density and high power density go “hand in hand” when it comes to the data center. To maximize both without having to pay for specialty infrastructure, many data centers have found it attractive to deploy 415V 3-phase AC power to the rack. This paper gives the reasons why this is a cost-effective alternative for many applications.

A 415 VAC 3-phase system supplies 240 VAC in a line-to-neutral configuration which is a significant difference from the 208 VAC system where the line-to-neutral voltage is 120 VAC after the PDU transformer. In implementing 415V power, as opposed to a comparable 208 VAC system, efficiency gains are typically 2% from eliminating the PDU transformer and an additional 2% to 3% from running compatible IT devices at a higher voltage.

Power and cost savings can be achieved in a 415 VAC system with use of fewer poles at the breaker panel, smaller gauge power cords, less expensive plugs and reductions in cooling costs by having fewer power cable drops which can impede cabinet airflow. The reduced current requirements in a 415 VAC system can cut costs by mitigating line power losses that data centers experience every time electricity passes through a power converter or transformer.

Need the highest density solution while providing ultimate flexibility? Configure your own HDOT Cx PDU: Four Easy Steps, Ships in 10 Days.

Learn about various approaches to reduce power consumption and increase end-to-end efficiency in the data center by bringing 415 VAC power to the IT cabinet/ rack level.

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Server Cabinet Power Distribution

The goal of our product line and the design of our manufacturing process is to allow our customers the ability to find exactly the right set of power distribution features for their application: from horizontal to vertical, 120V to 415V, low density to high, and from managed/intelligent to not.

Intelligent Power Distribution

Intelligent PDUs combine power distribution, power control, and data collection within a single unit. They supply more power to more devices while providing key information through PDU networking.

Flexible Power Distribution

Server Technology's HDOT Cx PDU, featuring the revolutionary Cx outlet, accommodates both C14 and C20 plugs, reducing the complexity of the PDU selection process and limits the need to purchase a new set of PDUs when equipment changes, resulting in lowering end costs.

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