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Supporting Your Computer Environment
 

 

  WAVETECH ASSOCIATES - HELPING YOU GO GREEN:

 

EATON POWERWARE BLADEUPS- 

SCALEABLE UPS FOR YOUR DATACENTER

 

WRIGHTLINE RACKS W/ HEAT CONTAINMENT TECHNOLOGY

                                          

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    EATON BLADEUPS- 

    Meeting Tomorrow's Demands Today

 

 

Eaton's Powerware® BladeUPS™, the industry’s most energy efficient, rack-based uninterruptible power system (UPS) is designed and optimized for today’s high-powered blade servers and high-density computing environments. The Powerware BladeUPS is the latest product in Eaton’s series of Powerware-branded, rack-based solutions that also include enclosures and accessories, along with a complete line of remote monitoring and power-quality equipment. The three-phase system delivers industry-leading energy efficiency, scalability and flexibility.

 

The Powerware BladeUPS reflects Eaton’s commitment to provide award-winning products that address the challenges of designing and managing high-density data centers. The Powerware BladeUPS normally operates at an industry-leading 97 percent efficiency and at less than 30 percent load, where customers would expect efficiency to be much lower, this UPS is more efficient than competitors’ modular products at full load.

These gains quickly translate into tens of thousands of dollars. For example, assuming a utility rate of 10 cents per kWh, a 60 kW N+1 redundant configuration would save more than $30,000 in five years and the savings compound with data center size.

 

 

WHY GO BLADEUPS?

  1. Small footprint, high power density per rack

  2. Ease of installation

  3. Ability to install the UPS in your existing racks, if desired

  4. Ability for the UPS to share a rack with IT and power distribution equipment

  5. Expand with ease with modular design

  6. Hot-swappable components for ease of replacement and upgrade

  7. Ready for "plug-and-power" distribution

  8. Paralleling for synchronous function as a single unit

  9. Option to expand battery runtime as needed

  10. Provisions to ensure reliability of parallel operations

    1. Peer-to-peer control rather than "master-slave"

    2. Synchronization to a bypass source rather than a master controller

    3. Load sharing does not depend on inter-module wiring

    4. Selective tripping to instantly isolate a unit with a fault

 

 

 

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Copyright © 2009 Wavetech Associates Inc.
Last modified: January 01, 2009