Jan 5, 2021

Green data centres to flourish in 2021

Sustainability
Data Centres
AI
DCIM
Joanna England
3 min
A new report from DXC Technology, zero-carbon initiatives will experience maximum uptake over the next 12 months
A new report from DXC Technology, zero-carbon initiatives will experience maximum uptake over the next 12 months...

2021 will be the year of the green data centre, with new, energy-efficient technologies replacing legacy systems assisted by AI managed smart solutions.

Until now, the data centre industry has been a massive consumer of energy, using an estimated 1% of the globe's annual energy resources. But new, international climate-saving directives will see several trending renewable energy initiatives put into practice in 2021 to help meet 2030 zero-emissions targets. Green policies are already being implemented at the data centre planning stages, with solutions being incorporated into facility architectural design. 

Consumption

According to a new white paper by DXC Technology, Data centres are responsible for approximately 2% of greenhouse gas emissions: nearly the equivalent of the entire global airline industry. As global concern for climate change grows, the industry has become a point of interest for regulatory agencies and B2B consumers alike.

A recent report in the Journal of Science states that while data centre workloads have increased six-fold from 2010 and 2020, the overall energy consumption has not increased by the same degree. While technological advances are credited for streamlining the energy usage in the data processing industry, the demand for data centres is increasing and will place unprecedented demands on global power sources unless renewable initiatives are widely adopted. 

Data centres around the world have already implemented renewable energy solutions. Sources range from solar energy, wind energy and hydro energy. Repurposing excess heat generated by data centre servers is also being carried out by some Nordic and European-based companies to provide low-cost energy and heating to local communities. 

Excessive water usage in data centres will be under scrutiny in 2021. In the US alone, an estimated 660bn litres of water is consumed annually to generate electricity and cool data centre equipment. 

2021 solutions

To combat excessive energy and water consumption and to reduce greenhouse emissions, there are five factors that data centres will be implementing and regulating over the next 12 months. 

New locations and designs: Companies are employing green strategies at the drawing board stage. Data centres are also being built in strategic locations. Colder climates are favoured as the natural elements can be harnessed to reduce temperatures without the need for excessive energy usage. Countries that offer low-cost renewable energy, as well as tax breaks for climate-efficient operations are gaining in popularity. For example, Google, Facebook, and Amazon have all purchased land in Sweden because the colder environment helps to keep the costs of cooling to a minimum.

Decreasing data storage volume: Since the growing demand for data storage is the issue driving excess energy consumption, facilities can utilise advanced data compression, de-duplication and thin provisioning to manage the increased requirements. An estimated 2.5 quintillion bytes of data is produced daily, worldwide, with that number expected to reach 463 exabytes per day by 2025.

Colocation and Cloud: Economies of scale can be applied by transitioning from private data centres to outsourced services. Data centre services providers will have the ability to enhance processing power while minimising waste and resource consumption.

Cooling solutions: Liquid cooling is trending. Antiquated air-cooling systems consume excessive resources to maintain servers and equipment. But liquid cooling can reduce power consumption for data centres by 20-30%. For example, Facebook implemented StatePoint in 2018, which has reduced the tech giants cooling expenses by 20% in hot climates and up to 90% in colder climates. 

Resiliency: Diesel generators are becoming an outmoded feature as leading tech companies' pilot energy-efficient ways of creating back-up power in the event of an outage. Google is considering the potential of lithium-ion batteries for back-up power which could anchor carbon-free electric grids.

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Jun 22, 2021

NKG1 opens BDx Nanjing data centre campus

BDx
datacentres
COVID-19
Infrastructure
2 min
Big Data Exchange (BDx) launches the first phase of its Nanjing data centre campus in China with the opening of NKG1.

Big Data Exchange (BDx), a pan-Asian data centre company has launched its Nanjing data centre campus in China with the opening of its first facility, NKG1. The company said they “celebrated” the launch of the campus, located in the Yangtze River Delta, one of the nation's richest regions and its largest import and export base. 

Following its certificate of completion from the Urban and Rural Construction Bureau of Jiangning District in Nanjing City, the NKG1 campus is “now serving customers”. Construction on the Nanjing campus began in February last year. 

"We worked through the challenges of completing a major construction project during the peak of the pandemic because customers were anticipating this launch to support an unprecedented surge of growth and capacity requirements”, said Bill Gao, EVP & Chief Executive Officer of BDx Greater China. 

"The launch of NKG1 enables BDx to have new world-class data centre infrastructure in China. It also lays a solid foundation for BDx to provide OTTs, financial services institutions, and Fortune 500 MNC customers with high reliability, high redundancy, and low latency solutions”, he added. 

What does the NKG1 data centre include?

According to BDx, the NKG1 facility is the first data centre in the city to earn the Uptime Institute Tier III Certification of Design Documents and offers 4MW of IT power for colocation. NKG1 is powered by two separate 10-kilovolt feeders from two substations that aim to provide the NKG campus with 60MVA of total power sanctioned from the grid.

During COVID-19, BDx says that its design and construction team focused on safety to ensure that the project was completed safely and without incident. This enabled the company to add critical capacity to this region and respond to the accelerated shift to digital environments that caused a surge in demand for data center services. “Research shows that demand hasn't dropped as the economy reopens”, BDx said. 

The launch of NKG2

Due to rising demand in China’s data centre market, BDx plans to launch the second phase of its Nanjing campus, NKG2, by the end of this year. “NKG2 is designed to be minimally manned and almost lights-out — a reigning philosophy across BDx's data center cluster. In addition, its highly automated features make for a more sustainable data center environment”, the company said.

 

 

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