Socially Responsible Data Centres
BladeRoom are global leaders in the provision of highly energy–efficient data centres, manufacturing a sustainable and scalable solution capable of being deployed anywhere in the world
For many businesses, improving sustainability now sits squarely at the top of the agenda and it’s a principle we share with the customers we serve.
That’s why our data centres are designed around innovative technology that is proven to dramatically reduce energy consumption and carbon emissions.
A BladeRoom data centre, with its latest technological advances, uses zero mechanical cooling or refrigerants, and can operate at an annualised PUE of 1.04. This represents less than 4% of the total energy required to power the entire data centre and compared to the industry average, it is over 10 times more efficient. At the scale of a 100MW BladeRoom campus, situated in the UK, this results in annual carbon emission savings of up to 110,000 tonnes."
At the scale of a 100MW BladeRoom campus, situated in the UK, this results in carbon emission savings over the next 20 years of up to 2.2 million tonnes.
The real and significant reductions in carbon footprint that we are helping our clients to deliver today are the result of our 10-year commitment to innovation and continuous improvement and it is our mission to continue this journey towards a better and more responsible digital future
Data centres don’t get any cooler than this
BladeRoom facilities use an advanced cooling system, maximising free, filtered, ambient air with evaporative cooling. Free cooling is available for up to 100% of the time depending on the climate and supply air setpoints - saving significant cost and carbon emissions.
The design of the BladeRoom system is based around some simple guiding principles:
1. to extract maximum heat from IT
2. to deploy mechanical cooling rarely, and
3. to use filtered ambient air and evaporative cooling to achieve 99+% free air cooling.
Rather than re-circulating and cooling the hot air from the IT as with traditional data centre cooling, a BladeRoom data centre operates like a server by drawing in highly filtered fresh air, intelligently matching air supply to IT demand and exhausting or partially recirculating warm air from the data centre as required.
Evaporative and free cooling enables the IT equipment to be cooled with supply air temperatures of between 18°C and 30°C for more than 99% of the year in the UK without the need for mechanical cooling across a range of IT loads, still performing efficiently at 15% utilisation of racks.
Why ‘Factory-First’ Matters
By manufacturing our data centres in our 110,000ft2 factory, we offer a sustainable alternative to site-based construction which in turn, provides a more resource-efficient way to create socially responsible facilities.
In our factory materials are tightly controlled which dramatically reduces waste, with noise and pollution levels minimised, and site-based operational risks transferred to a more secure environment.
Our ‘Factory-first’ production approach allows deliveries to be made to the factory in bulk from local suppliers, minimising transport and heavy goods emissions. Materials are tightly controlled which dramatically reduces waste, with noise and pollution levels minimised, and site-based operational risks are transferred to a more secure environment.
With only a fraction of the programme taking place on the client's site, our ‘Factory-first’ approach reduces the typical emissions produced by on-site construction and in turn, contributes significantly towards the combined sustainability objectives that we share with our customers.
DUG Technology planning carbon-free HPC data centre
On Tuesday, DUG Technology (formerly known as DownUnder GeoSolutions) announced plans to build another high performance computing (HPC) data centre in the town of Geraldton, Western Australia.
The new data centre will not only be DUG’s largest data centre project to date (the company already owns and operate supercomputers in Perth, London, Houston and Kuala Lumpur, with its Texas facility winning the top prize at the Data Centre Design Awards in 2019) but will also, according to the company, be the world’s first carbon-free data centre designed for HPC use.
The site will be one of the world’s largest HPC installations, with an initial compute capacity of more than 200 petaflops, and plans in place for expansion to “multi-exaflop scale” once the proposed ten data halls are commissioned. DUG’s board has budgeted AUD5mn for the project.
Most-interestingly, the site will be the first HPC data centre in the world to be entirely powered by renewable energy. The town of Geraldton was reportedly chosen by DUG due to its ideal climate for wind and solar power generation, a fact which is “rapidly” transforming the area into “one of the world’s premier renewable energy regions.”
“The goal for the campus is to be completely powered by renewables – to accelerate science while simultaneously helping clients achieve their carbon-reduction goals and meet environmental, social, and governance (ESG) requirements,” said a DUG spokesperson on Tuesday.
Giving back in the Outback
The facility, which is being built on land scheduled to pass into the ownership of the Yamatji Nation Trust later this year as part of the Yamatji Nation Indigenous Land Use Agreement, reportedly has the “full support” of the indiginous nation’s board. Part of the project also involves the provision of opportunities and training for Yamatji people.
“As demand for HPC continues to grow exponentially around the world we must invest in world-leading, carbon-free, cost-effective HPC solutions for our clients,” said Matt Lamont, CEO and founder of DUG. “We developed our award-winning DUG Cool immersion system to reduce the energy footprint of our data centres. Having the ability to utilise this technology at scale would solidify the Geraldton campus as the world standard in environmentally-friendly HPC.