Eaton ESWA02 Manual Do Utilizador
Eaton Switched ePDU
Two key trends have emerged in the data centre: the demand from
today’s IT equipment for more power, and the increasing cost of that
power. Couple these with the worldwide growth in demand for data
centres and IT servers, and it is clear that data centre managers
are facing growing pressure to manage and optimise their available
power for growth, at the same time as managing the increasing
associated costs.
To help them achieve this, they need an accurate view of the power
To help them achieve this, they need an accurate view of the power
and energy being consumed in the data centre – from row to rack,
and right down to the individual server level. Only then can they truly
understand the power usage and optimise the available power.
Key technology features
Eaton’s Managed ePDUs offer state-of-the-art monitoring and
management capabilities, including:
Eaton’s Managed ePDUs offer state-of-the-art monitoring and
management capabilities, including:
• Branch Level Monitoring
• Outlet Level Power Switching (On/Off/Reboot)
• High Accuracy Monitoring
• Advanced LCD Display
• Flexible Mounting
• Colour-coded Section Labelling
• Outlet Level Power Switching (On/Off/Reboot)
• High Accuracy Monitoring
• Advanced LCD Display
• Flexible Mounting
• Colour-coded Section Labelling
Intelligent Power Distribution
Maximise and Manage your rack power
Power Usage Effectiveness:
Power usage effectiveness (PUE) is a metric used to
determine the energy efficiency of a data center and is
determined by dividing the amount of power entering a data
center by the power used to run the computer infrastructure
within it. These ePDUs provide outlet level power
consumption for Level 3 PUE calculations.
PUE Levels
Level 1: Basic, uses UPS readings
Level 2: Intermediate, uses PDU readings
Level 3: Advanced, uses server/outlet readings
PUE has been defined by the Green Grid
www.thegreengrid.org