Frequently
Asked Questions
Why the company is named Green
Platform?
Green Platform was originally formed to
address the problem of sustainability in Data Centers. In
2007, when we first read the EPA Report to Congress on
Server and Data Center Efficiency, we were amazed to learn
that energy consumption in Data Centers was doubling roughly
every six years. Our initial testing suggested that removing
vibration from racks could improve energy efficiency in Data
Centers. These early results were confirmed by Sun when it
tested our product and determined that removing vibration
from storage systems resulted in a 65% reduction in the
energy required to complete a given I/O task. We could then
calculate that replacing a standard steel rack with a Green
Platform AVR™ could reduce CO2 emissions by the equivalent
of removing 7 cars off the road. We think that’s green!
What are the sources of vibration in
Data Centers?
Hard Disk Drives (HDDs), fans, air
conditioning, power supplies as well as the adjacent racks
are the primary sources of vibration in Data Centers. The
“Vibration Penalty” impacts every Data Center but the
largest and highest density Data Centers suffer the most,
because vibration is cumulative.
Why has the “Vibration Penalty” in
Data Centers been ignored until now?
Vibration has not been entirely ignored.
The IT industry has traditionally viewed episodic vibration
like construction or seismic events as a system failure
mode, not fully understanding that short of failure, ongoing
normal levels of vibration seriously degrades Data Center
performance and efficiency.
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Vibration is not recognized in
equipment rack design: Today’s racks do not manage
vibration and many actually amplify vibration. Modern
cooling strategies where the air conditioning units are
attached directly to the rack actually inject additional
vibration into the rack.
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Vibration is not currently factored
into Data Center design: While Data Center designers
understand that large amounts of vibration can lead to
failure, even the newest state of the art Data Centers
are not designed with an understanding of the effects of
vibration on performance and efficiency.