Cisco Cisco Energy Management for Data Centers 정보 가이드

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Strategic intelligence along with quick wins
First, the Cisco Energy Management suite has given the University of St. 
Gallen improved intelligence for the development of its future-oriented energy 
management strategy. Now, it can see into the hidden depths of its campus 
infrastructure. It knows how much power each device consumes (see Figure 
2) and can use the network to enforce policies, such as shutting down idle 
PCs. While it’s too soon to go into precise figures, the institution is on track to 
achieve sizeable reductions in emissions and operational expenditure.
•  Established long-term strategy for 
energy management
•  Replaced siloed energy monitoring with consolidated 
usage management as a facility 
•  Proactive monitoring of energy usage to keep costs in 
line with budgets
•  Reduced power costs and emissions  
•  Productivity savings  
Results
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“It’s like a fog has lifted,” says Städler. “We have full visibility and can track 
every device and how it impacts power usage at different times of the day. 
And we can do that across all 30 of our buildings.” 
The campus network is also designed for greener IT. Cisco Catalyst 
switches can power access points and other connected devices, enabling 
greater energy efficiency with Ethernet support and features such as 
hibernation mode.
Over the next two years, the aim is to set binding policies to automatically 
regulate energy consumption for still greater sustainability.
Figure 2 - WLAN Access Point Connected to 
an Energy-Efficient Cisco 2960-X Switch