Metronode to build its own data halls

 

Future data centres won't come prefabricated from Britain.

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BladeRoom data hall modules awaiting shipping (photo courtesy Metronode).
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A BladeRoom data hall being loaded onto a ship. At least 20 of these modules have already ...
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Render image of what Metronode's data centre in Melbourne will look like. Although it is two ...

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Leighton-owned Metronode has shortlisted three Australian states as potential locations to manufacture modular data halls for its BladeRoom data centre business.

General manager Malcolm Roe told iTnews that sites in NSW, Victoria and South Australia were being considered for fabrication of the halls, which the company currently distributes in Australia and New Zealand.

"We're in the process of establishing a local manufacturer for the data halls," Roe said.

"Some of the state governments have expressed interest in regional development-type programs or offering us facilities.

"Some of the larger facilities that are no longer used... have a supply of [local] labour that is perfect for integrating mechanical and electrical equipment."

Roe said that Metronode's parent Leighton Contractors already had a division that manufactured modular switch rooms for wind farm and mine sites in South Australia.

He said that if the division also took on Metronode's data halls, it would "take on additional [manufacturing] premises" in the state.

Shipped from Britain

Metronode currently had BladeRoom data halls manufactured in the United Kingdom before they were deconstructed and shipped to Australia in modules measuring 4.5m by 15m.

The company had taken receipt of its first 10 data hall modules which were being used for the construction of a Metronode-branded data centre in Deer Park (Victoria) that would offer 7,000 square metres of IT space when completed in September.

A further 10 UK-manufactured data hall modules were "in transit" for the Deer Park build.

Another set of modules would be shipped to Perth "shortly" for Metronode's planned data centre at Shenton Park, the inland termination point for a new submarine cable connecting Perth and Singapore.

"They're [the data halls] being shipped out [of the UK] in sets every two or three weeks," Roe said.

Roe said that Metronode planned to manufacture the data halls locally for "subsequent stages" of the Melbourne and Perth data centres.

The modules were engineered to be stacked three levels high, although Metronode's data centres were being designed on two levels.

Metronode is already fabricating office and plant room modules locally for the builds.

PUE lows

Metronode boasts that the BladeRoom modular technology offers the ability to cater to very high-density workloads and low power usage effectiveness (PUE), a key measure of power consumption in data centres.

Roe said Metronode's own acceptance testing of the data hall modules in Britain recently achieved a PUE of 1.04 under "full load".

"The only additional losses you've got to allow for are the UPS and generator," he said.

BladeRoom's local website boasts that Melbourne and Perth enjoy similar PUEs – around 1.14.

A PUE of 1.0 is considered "ideal". Data centres typically come in at 1.5 or higher.

Copyright © iTnews.com.au . All rights reserved.


"PUE of 1.04 under 'full load', excluding UPS & generators? Sorry, I thought PUE = Total Facility Power / IT Equipment Power. Excluding critical elements such as transformer losses, UPS, ..."
By asdf6852
 
 
 
Comments: 1
asdf6852
May 25, 2011 12:47 PM
PUE of 1.04 under 'full load', excluding UPS & generators? Sorry, I thought PUE = Total Facility Power / IT Equipment Power. Excluding critical elements such as transformer losses, UPS, switchgear etc doesn't meet the definition of PUE.
I'm guessing it would be more correct to say: During acceptance testing with a simulated ideal 100% server load, whilst on 100% fresh air, the fresh air fans only consumed 4% the power of our simulated IT load (at that point in time). That's still pretty impressive but not indicative of average annual performance.
The only way you can get a PUE down to 1.03 or 1.04 at the moment is to use a server design with integrated Li-ion battery for zero UPS loss, coupled with a data centre in a suitable climate using fresh air + evap only (eg. Facebook).
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