5 Reasons for the Skills Shortage in the Data Centre Sector

The skills shortage in the data centre sector has left many firms struggling to find personnel to handle daily crucial operations. It has been estimated that this could cost the data centre industry over $449.7 billion globally, should this continue.  

Data from our 2024 Data Centre Salary Survey indicates that markets in the US and Europe are struggling to recruit new talent; 19% of data centre professionals in the UK and 16% in the US are over the age of 55. 29% of UK data centre professionals have fewer than 3 years’ experience, and just 16% for the US. 

In this article we’ll explore the definition of a ‘skill gap’, the definition of a ‘talent gap’, and the difference between these two similar but distinct terms. We’ll also look at five reasons why the data centre sector is experiencing a talent shortage.  


Contents


What is a ‘skill gap’? 

The term ‘skill gap’ (also known as ‘skills gap’ or ‘skills shortage’) refers to the difference between the skills that employees currently have, and the skills they need to perform their jobs effectively. 

A skill gap can occur when employees lack the knowledge required for their role, which can be addressed through training or hiring new employees. 

In the data centre industry, technology is rapidly advancing, causing technical roles to become more complex. Companies might experience a skills gap because of the introduction of artificial intelligence (AI) and machine learning (ML). 


What is a ‘talent gap’? 

The term ‘talent gap’ (also known as ‘talent shortage’) refers to an insufficient supply of qualified workers to fill specific roles or positions. 

A talent gap can occur when there is a demographic shift (for example an aging workforce) or rapid technological advancements within an industry. 

In the data centre industry, the current talent shortage causes challenges in recruitment, increased competition amongst companies for skilled workers, and the potential for a long-term negative impact on the growth of the data centre sector. 


What’s the difference between ‘skills shortage’ and ‘talent shortage’? 

A ‘skills shortage’ refers to a shortage of specific skills, which can often be rectified with training and upskilling. On the other hand, a ‘talent shortage’ refers to a shortage of workers for specific positions within an industry. 


Why does the data centre industry have a skills gap? 

There are many reasons for the talent shortage in the data centre industry. Here are the five main reasons: 

1. Rapid growth 

The global data centre market size was valued at $187.35 billion in 2020 and is projected to reach $517.17 billion by 2030. 

The data centre industry is growing not just in the number of facilities globally but also in terms of the actual size of all these facilities. With advancements in modular construction, including modular power plant construction, it’s becoming much easier for data centres to be scaled. 

With increased demand for data centres comes an increased demand for construction workers, data centre operators, and technical staff. Finding the right talent can often be a problem, and many data centre operators are investing in training talent from other industries as a result. 

2. Retiring workforce 

Many people working in the data centre industry are entering retirement. In fact, results from our 2024 Data Centre Salary Survey indicate that 19% of data centre professionals in the UK are over the age of 55, and 16% of data centre professionals in the US are over the age of 55. Just 16% of US data centre professionals have fewer than 3 years’ experience, and 29% for the US. 

Research by the Uptime Institute indicates that up to half of all data centre engineers may retire in the next three years, while the global need for engineers is expected to rise by approximately 300,000 over the same period. 

3. Technological advances and increasing complexity 

Data centre operations roles are also becoming more complex. With recent developments in AI and machine learning, cloud computing is becoming more complicated, and this has created a skills shortage with existing data centre professionals.  

Infrastructure services have transformed with the cloud and the modern data centre requires skilled staff with up-to-date training, college degrees, specific certifications and/or equivalent experience. 

4. Education system 

It has also been suggested that structural issues in the education system could be in part responsible for the shortage of talent in the data centre industry. National curricula don’t always align with industry needs, and this can have a knock-on effect on the uptake in careers in the digital space. For instance, there was a 40% decrease in the number of UK students studying Computing or ICT qualifications at GCSE or A-Level between 2015 and 2021. 

5. Historic lack of investment in data centre skills and training  

There has also been a historic lack of investment in training for data centre skills, and this means that many people aren’t aware of what a data centre actually is. To combat this, companies in the data centre industry can start their own initiatives. The more members of the data centre ecosystem that get involved in these kinds of initiatives, the better. 

Industry partners are helping to deliver the first ever secondary school data centre curriculum in the UK, the Digital Futures Programme. DataX Connect is a partner of the Digital Futures Programme, which aims to equip students with the essential knowledge and skills needed to thrive in technical careers within the digital infrastructure industry.  

As part of the programme, members of our team will be working with students to deliver a mix of employer-led projects, challenge days, masterclasses, and skills workshops. Programmes like this help to inspire young people to start a career in data centres. 


In conclusion, the talent shortage in the data centre sector presents a significant challenge that could hinder the industry’s growth and impact operational efficiency. Addressing the talent shortage is critical.  

The data centre talent shortage is driven by several factors: rapid industry growth, an aging workforce nearing retirement, the increasing complexity of technological advancements, misalignment between education systems and industry needs, and historical underinvestment in training.  

Initiatives such as the Digital Futures Programme demonstrate proactive steps industry leaders can take to inspire and equip the next generation of data centre professionals. By addressing these underlying issues, the data centre industry can better position itself to meet future demands and sustain its growth trajectory. 



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DataX Connect Releases Groundbreaking Data Centre Salary Survey

In response to the growing demand for transparency and clarity in compensation packages within the data centre sector, we’re proud to present the 2024 Data Centre Salary Survey.

This comprehensive report delves into the compensation packages of over 1,000 data centre employees across the UK, US, and Europe, offering vital insights for both employers and professionals navigating the rapidly evolving industry. 

Over the past year, the demand for clearer information on salaries and benefits has become increasingly evident. Our latest salary survey addresses this need head-on, providing accurate and actionable data that serves the dual purpose of empowering the organisations we collaborate with and supporting the professionals we represent. 

Our mission is clear: we are obsessed with providing the best customer experience. This commitment fuels our dedication to equip businesses with the insights they need to attract and retain top-tier data centre talent. Simultaneously, we strive to empower data centre professionals by providing them with the knowledge they need to understand their market value and make informed career decisions.    


Contents


Key findings and industry implications 

The 2024 Data Centre Salary Survey reveals a complex landscape for data centre professionals across the globe. The average salary for a permanent data centre professional is highest in the US ($160,102.66 / £121,966.21) and lowest in the UK ($117,838.92 / £89,769.69). 

The survey highlights some concerning trends: 75% of UK permanent professionals received a pay rise in the last twelve months, which, while higher than Europe, is still lower than in the US. For contract professionals, only 55% reported a pay rise, a figure significantly lower than both Europe and the US. Additionally, the UK trails behind its counterparts in bonus payments, with 72% of professionals receiving a bonus in the last year. 

Perhaps most alarming is the widespread dissatisfaction with benefits packages. A staggering 48% of data centre professionals are not satisfied with their current benefits, and a fifth of respondents rated their benefits as less competitive compared to other industries. This dissatisfaction, coupled with lower rates of pay rises and bonuses, could lead to increased turnover and challenges for UK companies in attracting and retaining talent. 


Looking forward: addressing the talent shortage  

The data we collected sheds light on the ongoing talent shortage in the data centre industry. 27% of professionals have less than three years of experience and only 2% are under the age of 25, indicating a potential gap in the pipeline of new talent entering the industry. 

To address these challenges, companies may need to consider improving their benefits packages to remain competitive with other industries and make the data centre sector more attractive to new talent. Recognizing this need, we’re proud to announce our participation in the Digital Futures Programme at UTC Heathrow. This initiative aims to equip 14-19-year-old students with the essential knowledge and skills required to thrive in technical careers within the digital infrastructure industry, helping to build a stronger pipeline of future talent. 

Learn more about the Digital Futures Programme 

data centre salary survey 2024

Survey methodology  

We surveyed data centre professionals across the UK, US, and Europe, gathering insights on job experience, salaries, bonuses, and benefits. The data centre salary survey survey was conducted online, with respondents recruited via email, telephone, and LinkedIn invitations containing an embedded link. Data was also collected from placements we made in the last six months, and respondents represent approximately 40 different job roles within the sector. 


Continuing our commitment 

We remain committed to providing exceptional service and insights, driving success for both the organisations we support and the data centre professionals we represent. As the industry faces significant challenges, we stand ready to guide our partners with the information they need to stay competitive and thrive in the years to come. 

The 2024 Data Centre Salary Survey is more than just a collection of data; it is a strategic tool designed to empower both businesses and professionals. By leveraging these insights, companies in the data centre sector can make informed decisions that align with their business goals, while job seekers gain a clearer understanding of their worth in the marketplace, enabling them to navigate the industry with confidence and clarity. 



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2 responses to “DataX Connect Releases Groundbreaking Data Centre Salary Survey”

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Weekly Data Centre Digest – 6th September 2024

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Reports

DTCP Sustainability Report. Read here.


Europe

atNorth announced a 250MW heat reuse enabled mega data center in Denmark. Read here.

Penta Infra announced plans to build 20,000sqm data centre in Copenhagen. Read here.

Consultation launched for plans for a major data centre in South Mimms (UK). Read here.

320MW data center campus proposed in North London, UK. Read here.

Report outlines ambition to start work on £10bn Northumberland data centre in 2025. Read here.

Netwise announces major expansion of London East data centre. Read here.

Retirement village anger over ‘huge’ data centre. Read here.

Solaria’s former industrial facilities to house 200-MW AI data centre. Read here.

Ramboll has acquired the data centre consulting company i3 Solutions Group. Read here.

PIMCO on building a future-proof data center strategy. Read here.

Norway takes the register to keep out cryptominers. Read here.

Pulsant announces data centre redesign rollout across UK. Read here.

Echelon secures grid connection for Co Wicklow data centre. Read here.


Middle East & Africa

Dubai’s strategic vision for a data centre economy. Read here.

MEEZA has reached an agreement to deliver 1 MW capacity in its M-VAULT4 data centre to a global hyperscaler. Read here.

What’s driving the surge in the Middle East’s data centre market? Read here.


APAC

Blackstone announced agreement to acquire Airtrunk in a A$24bn transaction. Read here.

Empyrion Digital to Build 25MW AI-Ready Data Center in Tokyo. Read here.

A-FLOW topped off its first data centre in the Philippines. Read here.

ST Telemedia Global Data Centres announced a significant investment of US$3.2 billion. Read here.

Indian luxury homebuilder Rustomjee to expand into data centres on AI boom. Read here.

Reliance Industries to build GW-scale AI data center in Gujarat, India. Read here.

AWS to spend additional $2bn on Indian data centers. Read here.

Data Center Firm Yondr Seeks Private Loan for Malaysia Expansion. Read here.

NEXTDC has today opened A1 – Adelaide’s first Tier IV certified data centre. Read here.

Converge ICT to Launch Two New Data Centers in Luzon. Read here.

Japan Targets Rural Data Center Expansion with Photonics. Read here

Govt of Telangana partners with Yotta to Launch India’s Largest AI Supercomputer. Read here.

CapitaLand Investment to raise up to $250 million through India data center fund. Read here.

Zettabyte and Wistron Partner to Build Taiwan’s First Hyperscale AI Data Center. Read here.


North America

Two companies seek to develop $125bn AI data centers in North Dakota. Read here.

Wyoming Hyperscale becomes Prometheus Hyperscale and announced a significant pipeline of developments. Read here.

Nvidia and Other Investors Back Applied Digital With $160 Million in Funding. Read here.

Partners Group’s EdgeCore expands US footprint with $1.9bn capital injection. Read here.

GI Partners has secured planning permission for a new 72MW data center in Santa Clara, California. Read here.

Microsoft has acquired more land in Mount Pleasant, Wisconsin, for its Racine County data center campus. Read here.

Mesa City Council has approved two major data center projects in the southeast of the Arizona city. Read here.

QTS linked as the buyer of a distribution center outside Richmond. Read here.

Data centers in New York state are being invited to apply for grants of up to $2 million to fund novel heat reuse systems. Read here.

A company linked to Amazon has acquired land in Virginia’s Prince William County that was recently granted data center zoning approval. Read here.

Duos Edge AI launches first Edge Data Center. Read here.

Atlanta City Council bans data centers along Beltline. Read here.

Growing Data Center Demand in North Texas Puts Emphasis on Project Planning. Read here.

Fifteenfortyseven Critical Systems Realty has acquired the Global Access Point Union Station data center located in South Bend. Read here.


South America

New JV will address dark fibre infrastructure provision in Mexico. Read here.


Other interesting articles

Data Centres and the Edmonton Region advantage. Read here.

Project Silica: Using Glass to Revolutionise Data Storage. Read here.

Data Center industry worldwide to release 2.5 billion tons of CO2 by 2030. Read here.

Biggest data center acquisitions: 13 billion-dollar data center deals. Read here.

The fragmented state of Europe’s data centre markets. Read here.

This Startup Wants to Tackle AI Energy Demands With Data Centers in Space. Read here.

Capitalising on Africa’s data centre boom. Read here.

Just because Ireland is good for data centres does not mean they are good for us. Read here.

If Gartner’s Magic Quadrant turns to US hyperscalers, how will emerging markets react? Read here.


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You can now receive data centre news direct to your email. Subscribe via Substack.


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Weekly Data Centre Digest – 30th August 2024

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Reports

CBRE: North America Data Center Trends H1 2024. Read here.

JLL: U.S. Data Center Report – Midyear 2024. Read here.


Europe

euNetworks lands €2.1bn to spend on European data centre comms play. Read here.

Google plan for new data centre in Dublin rejected in face of electricity supply pinch. Read here.

New AI data centre in Cambois (UK) being enabled by Coal Authority permits. Read here.

Solar farm development proposed to support Blackpool Airport and associated Silicon Sands development. Read here.

Swiss data center firm Green has broken ground on a new 12MW data center in Zurich. Read here.

‘Malfunction’ at Dutch defense ministry datacenter causing mass disruption. Read here.

GPU cloud firm CoreWeave is to lease capacity from Swedish colocation provider EcoDataCenter. Read here.

DataVita launched a National Cloud for UK organisations. Read here.


Middle East & Africa

Digital Realty’s iColo has announced the installation of solar panels at two of its Kenya data center facilities in Nairobi and Mombasa. Read here.

Egypt: One of North Africa’s Most Promising Emerging Markets. Read here.


APAC

Google is considering building a large data centre in Vietnam. Read here.

Epoch Digital, an Asian data centre platform backed by Actis, is in talks with existing fund investors to co-invest equity capital for a 200 MW portfolio that is being developed. Read here.

Final bids submitted for AirTrunk’s data centre portfolio by major consortiums. Read here.

China has invested over 43.5 billion yuan ($6.12 billion) in a nationwide project to build computing data centers over the past year. Read here.

ST Telemedia Global Data Centres is collaborating with AI pioneer Phaidra to pilot an AI-based autonomous control system for optimising data centre cooling in STT GDC’s facilities in Singapore. Read here.

Reliance to build GW-scale AI-ready Data Center in Gujarat, India. Read here.

ESR completed core & shell of the first phase of a 25MW data center in Osaka, Japan. Read here.

Singtel and Hitachi partner to build AI data centers in Japan. Read here.


North America

Funds managed by Blue Owl Capital Inc., Chirisa Technology Parks, and PowerHouse Data Centers have executed a joint venture development agreement focused on the development of large-scale AI/HPC data centers for CoreWeave, Inc. Read here.

Blackstone Real Estate Income Trust, Inc. sponsored QTS Data Centers has a development pipeline valued at more than US$92 billion. Read here.

T5 finalized land acquisition in Atlanta to support a 300 MW Data Center Campus. Read here.

Tract announced confirmation of a 1.8GW data center park in Phoenix, Arizona. Read here.

Meta, is behind a $800 million data center breaking ground in Aiken County. Read here.

Facebook owner Meta Platforms signs deal to purchase geothermal power from Sage Geosystems. Read here.

Compass Datacenters has celebrated the start of work on a hyperscale data centre campus in Hoffman Estates, Illinois, US. Read here.

Cipher Mining announced the acquisition of new 300 MW data center site in West Texas. Read here.

Genesis Digital Assets (GDA) has announced plans to expand its recently launched Texas data centre to 400 megawatts. Read here.

Soluna Breaks Ground on Project Dorothy 2, its Flagship Sustainable Data Center in Texas. Read here.

Nvidia earnings beat expectations, with $26.3bn in data center revenues – up 154% over last year. Read here.

Google is to invest hundreds of millions of dollars into its data center footprint in Nevada. Read here.

Last Energy secures $40M to build ‘micro-nuclear’ plants for cleaner data center energy. Read here.

Deep Fission wants to build reactors a mile underground has emerged from stealth and announced a $4 million pre-seed funding round. Read here.

The Texas Advanced Computing Center (TACC) has chosen Sabey Data Centers as its colocation partner for the Horizon supercomputer. Read here.

Culpeper tech zone attracts data centers. Read here.


South America

Google announced plans to invest $850m developing a second data center in Latin America, this time in Canelones, Uruguay. Read here.

Brazil’s Grupo ClickIP has launched a new data center in Manaus and launched a new data center unit. Read here.

Scala Data Centers has submitted a US$145mn project to expand its datacenter in the Huechuraba district of Chilean capital Santiago, which is currently under construction. Read here.

Scala Data Centers and Serena sign a renewable energy supply agreement to start in 2025. Read here.


Other interesting articles

Tech companies transforming decommissioned power stations into AI-driven data centres. Read here.

Here’s how data centers became a billion-dollar real estate investment. Watch here.

The Rise of Data Centres in Wales. Read here.

AI investors want to own their own compute power. Read here.

The Rise of Data Centre Startups Across Europe. Read here.

Top 10: Submarine Cable Projects. Read here.

The rise of the Levant region in the subsea industry. Read here.


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You can now receive data centre news direct to your email. Subscribe via Substack.


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Bridge-Building with Yondr: UTC Data Centres Workshop July 2024 

On Monday 22nd July, we had the pleasure of attending a workshop at UTC Reading hosted by Yondr Group. The workshop was the fourth run by the hyperscale data centre developer and was a fantastic opportunity for us to watch the Digital Futures Programme in action.

We had the chance to speak to Yondr volunteers about why they got involved in the programme, and to teachers and students about the impact that the programme is having on their education and career plans. One teacher we spoke to said that students who study at a UTC are far more confident with interviews and in workplaces because they get to work with employers regularly while they are studying.  


Contents


What is a UTC?

UTC stands for University Technical College. It’s an innovative approach to learning for 14-19-year-olds that offers specialist programmes alongside traditional subjects. For example, students that we spoke to at UTC Reading study subjects like IT, Engineering, and Computer Science as part of their Yr 10 and Yr 11 curriculum.

Yondr and DataX - Digital Futures Programme

What is the Digital Futures Programme?

“Aimed at 14-19-year-olds, the [Digital Futures] Programme equips students with the essential knowledge and skills needed to thrive in technical careers within the digital infrastructure industry, comprising engineering, the network cabling and data centre sectors and other digital environments. 

It also gives students a real taste of the world of work and helps them develop employability skills in readiness for interviews and entry level roles – and not just in the data centre sector, as the skills they learn are hugely transferable.”

UTC Heathrow


Who is Yondr?

Yondr is a global developer, owner and operator, of hyperscale data centres. They deliver complex data centre capacity needs for the world’s largest tech companies.

Having delivered over 450MW of built capacity, Yondr now have data centre campuses across the globe in North America, EMEA, and APAC.

Yondr Group Digital Futures Programme

Why is Yondr involved in the Digital Futures Programme?

Yondr is one of the co-founders of the Digital Futures Programme. Paul Hood, COO Global Data Center Operations at Yondr said, “We’re really proud of the Digital Futures partnership; I’ve seen first-hand how much of an impact it has in providing the support and skills to young people to help them succeed. We understand the importance of supporting students, often from under-represented backgrounds, into STEM/digital infrastructure careers. It’s important for our business, the industry and for society.”

Programmes like Digital Futures mean that they can inspire children at a young age to access opportunities and get into a career in data centres through different routes. Even if students don’t end up at Yondr, it gets them into the industry.


The workshop

The day consisted of a presentation followed by a bridge-building activity. Throughout the day, we had the chance to speak to some students who wanted to pursue architecture and were particularly interested in this activity so they could show their passion and skills to Yondr, a potential future employer.

Days like this are important for the data centre sector because they introduce students, like those wanting to study architecture, to new industries. Students that might not have otherwise considered the sector are now aware of the many possibilities within it.

Presentation

The day started with a presentation from Yondr introducing the concept of a data centre. The presentation was done by Vijay Bedarkar, Sustainability and ESG Manager, and the new sponsor for Digital Futures at Yondr. His passion for his role showed through as he launched an interactive task getting students to think about the sustainability of data centres. 

Armed with post-it notes and lots of enthusiasm, the 80+ year 10 students got to work coming up with ideas about the different elements of sustainability, power availability, and cooling needed in every data centre.

Vijay said, “I’ve been passionate about helping young people access employment opportunities for a long time and believe that businesses have a powerful role in creating positive social impact. It’s incredibly rewarding to mentor and coach students from diverse backgrounds, witnessing their enthusiasm and eagerness to learn. Initiatives like the Digital Futures programme have the potential to inspire greater diversity within the industry and open doors for many.”

Phase one: the task

After the presentation, the students split into teams of four to five and set about examining their task for the day. Each team had to build a freestanding bridge that would hold a 1kg weight and matched certain fixed dimensions to allow an object to pass underneath it.

In addition to the technical requirements, the bridge design also had to be considerate of its surroundings, a rural town, and needed to be costed. Not only did the bridge materials have a monetary cost associated with them, but they also had a carbon cost. Materials like wooden dowels were low monetary cost but high carbon cost, and vice versa for materials like tin foil.

One of the first assignments for each team was to decide on team roles. Some teams were very specific with their roles, designating a Project Manager, Sustainability Manager, Finance Manager, and Designer, while others simply split their team into two: Building and Design.

Phase two: design and construction

Most teams got straight to work designing the bridge. When observing the teams, we saw many unique approaches and creative ideas to tackle the brief.

Some students made paper models to visualise the dimensional requirements for the bridge, while others used the internet to source inspiration photos. Some teams drew scale drawings to ensure that all team members were on the same page. 

DataX Connect join digital futures programme

When it was time to begin constructing, teams could use lollipop sticks, wooden dowels, tape, tin foil, hot glue, and string. Crucially, they had to keep track of all materials used so they could accurately portray their costs in their presentation, including any materials they used in testing the bridge.

Phase three: presentation

Once teams had finished constructing their bridges, they tested them and presented their finished product to the group. The students showed teamwork and communication skills throughout the project, and this was a big factor in how they were scored.

The teams were graded on criteria such as team communication, bridge sustainability, total cost, and design. Ultimately, the most successful teams had strong bridges resulting from good leadership and effort from all team members. 

DataX Connect join the digital futures programme

Upon speaking to students and teachers, we learnt that students really enjoy the practical aspects of workshops like this one with Yondr. In particular, they benefit from working with employers directly from a young age and getting exposure to sectors that they might not have otherwise been exposed to.

The Yondr volunteers also gave the children an opportunity to ask them questions about their jobs and gave life advice. For example, they encouraged the students not to always work with friends for a project, to encourage diversity of thinking. 

It was great to see the Digital Future Programme in action and to see how invaluable partners like Yondr are in helping bringing real-word careers to life. We also saw how different UTC pupils are; a number of year 10 students asked us if we had any internships or took on apprentices.

We’re looking forward to attending more workshops like this one, and to hosting our own next academic year.



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3 responses to “Bridge-Building with Yondr: UTC Data Centres Workshop July 2024 ”

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Can Nuclear Energy Solve the Data Centre Power Challenge? 

Power is one of the most talked about, if not the most talked about, topics in the data centre industry right now. 

So much so, that the topic comes up in almost every Inside Data Centre podcast that Andy Davis, director of DataX Connect, records. Listen back to the recent episode: Can Nuclear Energy Solve the Data Centre Power Challenge?  

In this article, we’ll discover what the Power Challenge is, the underlying causes of it, and a possible solution with nuclear energy.   


Contents


What is ‘the Power Challenge’? 

The Power Challenge refers to the significant increase in demand in recent years for energy to power data centres. Technology such as Artificial Intelligence (AI) and Machine Learning (ML), both of which have experienced rapid advancements in recent years, have placed enormous demand on data centres and their energy consumption. As cloud applications and other technologies become more complex, they require more power. 

According to EEPower, data centre power consumption has been between 6 – 15 kW/rack in the past. In present times, 80% of rack power shipped is closer to 20 – 40 kW/rack, and this figure is expected to more than double to 50 – 100 kW/rack in the future.


Nuclear energy as a solution 

As the Power Challenge becomes more problematic for those in the data centre industry, there’s an increased need to speak to experts from other industries to solve this problem, not just those working in data centres. 

The data centre sector has much in common with power and energy infrastructure development, it’s just a question of what the energy conversion machine actually is. Power and energy infrastructure converts MMBtus (1 Million British Thermal Units – a thermal unit of measurement for natural gas.) into mWh, then data centre space takes MWh and converts them into Mbs. 

nuclear energy for data centre power challenge

3 reasons we need to find solutions to the data centre power challenge 

In the world of data centres, innovation is often touted but genuine openness to new ideas can be hard to come by: “The data centre industry loves innovation… as long as its 10 years old”. There are three main reasons why we need to find solutions to the power challenge: 

1. Hyperscalers 

Hyperscalers, a type of large-scale data centre, are reevaluating their energy consumption strategies and are increasingly contemplating the concept of time-matched power. This means ensuring that renewable power is actually used at the time it was generated.  

2. Artificial intelligence 

With the rapid growth of AI there is an ever-increasing demand for power. The energy required per rack for AI is an order of magnitude larger. This means that, if even half the hype around AI is true, the data centre sector will be a top ten energy consumer globally.  

3. Challenges with grid connections 

Delays and cancellations with grid connections are another reason why the power challenge is at the forefront of peoples’ minds at the moment. 


Modular nuclear power stations 

Last Energy is working towards a solution for the Power Challenge. Their core solution is their business model, with an underlying product that enables it.  

Customers have a fixed price and round-the-clock baseload carbon-free power for a given term, typically 10-25 years. The underlying technology is a 20MW pressurised water reactor nuclear power plant (a micro nuclear power plant).  

This plant is self-contained, needs refuelling only once every six years, and specific loads can be worked out with customers. The main differentiating feature with Last Energy’s power plant is that it is completely modular (a technique borrowed from the data centre space) and the entire plant is delivered in 12 x 12 x 48 steel framed modules. 

The modular aspect of this type of power plant means that it can be built wherever its needed. A number of challenges in the data centre industry are based on geography; the availability of power locally can be a major restriction in certain locations. 

The modular nature minimises schedule and schedule risk. Nuclear in general doesn’t require local input, unlike solar, wind, gas, and biomass which all require feedstock. Last Energy made the design choice to use air cooling, thin fan heat exchangers, to avoid the need for a  large cooling tower. 

last energy modular nuclear power plants

Nuclear energy and sustainability 

How sustainable is nuclear energy? The sceptics will say: not very. As demand increases, how will nuclear cope? 

Locality 

Firstly, there are no local resource constraints with the use of nuclear energy. When building a solar or wind farm, for example, a huge amount of resources, time, and money need to go into the location planning. With nuclear energy, there are far fewer location requirements. 

Scalability 

The sceptics will say that nuclear power isn’t scalable. However nuclear power plant developer Last Energy build modular nuclear power plants that can be scaled with ease.  

As Michael Crabb, SVP Commercial, pointed out, if you wanted to scale up a solar farm you wouldn’t knock the current one down and build one massive solar panel, you’d just add more small ones. It works the same way with modular nuclear power plants. 

The ability to copy the same thing (in this case, nuclear power plants) many times is what allows scalability in terms of delivery and financing. This will only become more economic in the future. Last Energy acknowledge that they’ll get faster and more efficient each time they complete a project.  


Changing perceptions about nuclear 

People tend to be siloed in opinions and suggestions when it comes to nuclear power. Perception is one of the biggest challenges faced by the industry.  

The data centre industry shares this same challenge. The combination of “we don’t want a data centre built in our backyard” and “we don’t want a nuclear power station built in our backyard” can be a tricky one to manage. 

The way around this is for nuclear power plant developers like Last Energy to truly listen to communities to understand their needs and wants. Complaints about the cost and schedule of nuclear power plant construction are usually at the forefront of discussions. 


Key challenges for the data centre sector in 2024 

There are likely to be more challenges for the data centre sector to navigate in 2024, in addition to the Power Challenge:  

  • Supply chain constraints 
  • Possibility of a financial bubble around development platform valuations, similar to the one witnessed with solar energy 
  • Employers acquiring new talent  

New talent in the data centre industry 

In addition to the growing demand for power in the data centre space, there’s also concern about a lack of new talent entering the industry. We believe that this is in part because the industry is made to sound more complicated than it actually is.

The technical jargon surrounding data centres can people off, and so data centre professionals need to be mindful of making the industry approachable and giving new talent the progression opportunities they seek. 

If you’re looking for talent in the data centre industry, we can help find the people you need. Whether you’re constructing a new data centre or need a team to manage an existing one, our team of talented consultants can help. 



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Data Centre Basics: What is a Data Centre?

An explanation for children

Have you ever wondered what happens when you click on a video, send a message, or play an online game? Where does all that information go?

Imagine a giant toy box, but instead of storing toys, it stores everything digital: your photos, videos, games, music, and files.  

This magical place is called a data centre. In this article, we’ll answer the question, “what is a data centre?”, we’ll find out what they look like inside, and why they’re so important in our everyday lives.

Get ready to dive into the world behind the screens!   


Contents


How do data centres work? 

Data centres are very big buildings (sometimes bigger than a football pitch!) that hold special computers called servers. Servers are where the internet lives. They’re really powerful and work together to make sure that when you want to watch a video or play a game, everything works quickly and smoothly. They also keep information safe so that nothing gets lost.  

Servers get stacked on top of each other in big cupboards called racks. Every data centre has thousands of these racks, all lined up in rows. 

Servers in racks get very hot and need to be cooled down. So, every server in a data centre has lots of fans to make sure it keeps cool. 

what is a data centre

Why do we need data centres? 

Without data centres, you wouldn’t be able to video call your Nan, play video games with your friends, or do your online maths homework. Everything from watching the weather forecast to buying your mum a Mother’s Day present involves data centres in one way or another. 

Entertainment 

Data centres are super important for anything digital. This means the video games you play, social media apps you scroll, videos you watch, messages you send, photos you store on your phone, and the music you listen to. Without data centres, home assistants like Siri and Alexa wouldn’t work! 

data centre basics

Online learning 

Without data centres, teachers would not be able to give their lessons online. They would also not be able to set homework online (you might think this is a good thing!), or have online ‘classrooms’ like Google Classroom. 

Shopping 

Online shopping needs data centres to store and process information about products, process payments for items, and to handle questions from customers. Without data centres, you wouldn’t be able to buy anything from online stores like Amazon, eBay, or Apple.  

what is a data centre

Transportation 

GPS apps like Apple Maps and Waze use data to give people real-time directions and traffic information. Also, airlines and airports rely on data centres to handle the information for booking flights and tracking planes. Without data centres, transportation would be very different! 

Weather forecasts 

Scientists who specialise in predicting the weather use data centres to store and process weather data from all over the world, helping them to predict whether it’s going to rain or not.  

Vital services 

Doctors and nurses use data about patients and their medical history to look after them when they’re ill. Researchers also use data stored in data centres to find treatments and cures for diseases, and to make medicine more accessible for those who need it. Policemen use data about criminals to keep our streets safe, and firemen use it so they can quickly respond to fires.  


Data center or data centre? 

Data center and data centre are two different spellings of the same thing. Both mean a building containing servers that hold and process the world’s data. Data ‘center’ uses the American English spelling and data ‘centre’ uses the British English spelling.

So, if you live in the US, you’ll probably see the spelling ‘data center’ (or if you live in South America, Saudia Arabia, Indonesia, Japan, or the Philippines, where US spelling is also common). If you live in Europe, Canada, or Australia you’ll probably see the spelling ‘data centre’. 

Data centres are like the hidden engines of the digital world, working hard behind the scenes to make sure we can enjoy our favourite games, connect with friends and family, learn new things, and even help doctors take care of patients.  

They store and protect the endless stream of information we rely on every day. Next time you see an ambulance, send a message, or buy something online, remember the amazing data centres that make it all possible. With their powerful servers and cool technology, they’re keeping our digital world running smoothly!



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The 8Cs: What Goes into Choosing Data Centre Locations?

Deciding on data centre locations is a balancing act that requires weighing up multiple factors to make sure everything runs smoothly, stays secure, and doesn’t break the bank.  

These factors can be listed as the 8Cs, and each of these elements is crucial in its own right. They influence everything from how much energy a data centre uses and how well it can bounce back from disasters to meeting legal standards and ensuring a seamless experience for end users. 

In this article we’ll look at each of the data centre location factors for site selection.   


Contents


How are data centre locations chosen? 

Data centre location factors can be summarised using the 8Cs: Connectivity, Climate, Carbon neutrality, Certainty, Catastrophic events, Compliance, Capacity for expansion, and Closeness to end users.  


Location criteria for building a data centre: The 8Cs 

Data centre site selection involves:  

1. Connectivity and bandwidth 

    Reliable, high-speed internet is a key factor in deciding data centre locations. Regions suitable for data centre construction must have great network infrastructure, and multiple internet providers and routes to ensure that data can be reliably transferred. 

    Data centre connectivity examples: 

    • Northern Virginia is a region that hosts a huge proportion of US data centres and has a dense network of fibre-optic connections. This super-connectivity means it handles a large proportion of global internet traffic. 
    • The new 2Africa subsea cable will have a large impact on data centre construction in Africa due to increased connectivity.  

    Disruption to internet connection can have a significant impact on end users and their operations, and so connectivity is an important data centre location factor to consider upfront. 

    2. Climate and cooling 

      Servers within data centres generate a huge amount of heat; artificial cooling of data centres is a huge factor in the cost of operating them because of the huge amount of energy required.  

      Regions like Dublin, Ireland, and the Nordic countries are attracting big investment from companies like Google, Meta, and Microsoft, because data centres located there consume far less energy than in hotter markets like parts of the US and Latin America.  

      3. Carbon neutrality prospects 

        As many companies strive towards more sustainable energy solutions (and for some, total carbon neutrality), the capability to use renewable energy sources like wind, solar, and hydroelectric energy is becoming more and more important. Moreover, these energy sources need to be reliable, consistent, and affordable. 

        Frankfurt, Germany, is renowned for its commitment to renewable energy and stringent environmental regulations and has become a data centre hub as a result. 

        data centre industry

        4. Certainty in political and economic conditions 

          It goes without saying that locations with political and economic stability are favoured for data centre construction. 

          5. Catastrophic events 

            Natural disasters and extreme weather events like hurricanes, flooding, earthquakes, and tsunamis can wreak havoc on data centre operations, so regions that experience fewer catastrophic events are favoured for data centre locations. Connectivity and power are two areas that can be affected with devastating consequences.  

            In addition to this, regions hosting data centres need to have robust infrastructure and mitigation measures in place in case events such as these do occur. In an ideal world, every data centre would have a backup location regardless of the possibility of catastrophic events. 

            6. Compliance and security 

              Data centres often store sensitive data, and so compliance and security are a top factor when it comes to choosing a location.  

              Tangible security measures need to be accessible; measures like surveillance system and on-site security personnel need to be available. Intangible measures also need to be considered, such as the location’s regulatory compliance requirements and data protection laws. 

              data centre locations

              7. Capacity for expansion 

                Data centre construction reached an all-time high in 2023, with 3078 MW under construction, a 46% year-over-year increase. With the rate at which data centres are being constructed and expanded, it’s vital for data centre operators to consider a location that can grow with them.  

                This not only means the physical space available but also the access to talent and locally available infrastructure like accommodation and transport. 

                8. Closeness to end users 

                  Finally, the last factor considered for data centre location is the proximity to end users. Regions with large financial or industrial districts can be provided with fast, reliable access to data if data centres are located nearby. 

                  The experience of end users can be improved by reducing overall latency: the time it takes from when the user makes a request, to when a response gets back to that same user. Lower latency means web pages load more quickly and users have a better experience overall browsing the internet.  


                  Summary 

                  In the end, selecting the right spot for a data centre isn’t just about ticking boxes. It’s about creating a foundation that supports growth, resilience, sustainability, and efficiency for years to come. 

                  As the data centre industry continues to evolve and expand, the significance of data centre locations will only become more critical. Staying informed and proactive in data centre site selection strategies will pave the way for continued success and innovation.



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                  How to Write a CV for Data Centre Jobs (UK) 

                  Creating a standout CV for a data centre job application is a crucial step in advancing your career in the sector. Whether you’re coming from a different sector and want to adapt your existing CV, or you’re applying for a role a step up on the data centre career ladder, your CV needs to effectively showcase your skills, experience, and qualifications.  

                  In this article, we’ll guide you through five essential steps for how to write a CV for data centre positions. We’ll also explore how to tailor your CV for different data centre job applications and highlight four different tools you can use to create a professional CV.  


                  Contents


                  Writing a CV for data centre jobs: 5 steps

                  Follow these steps when writing a CV for data centre jobs in the UK:

                  1. Write your contact information 

                  Firstly, it’s a good idea to write the following contact information on your CV: 

                  • Full name 
                  • Phone number (ideally a mobile number) 
                  • Email address 
                  • LinkedIn profile 

                  By including this information, you ensure that your potential employers can contact you to follow up with your application. Make sure these contact details are up-to-date and professional – perhaps set up a new email address instead of using [email protected]!  

                  2. Write a personal statement 

                  Next, write three or four sentences that summarise your professional background and goals for your career. If you’ve worked in the data centre sector for a while, highlight some important career achievements. If you’ve not worked in data centres before but are looking to break into the industry, write a line or two about why you want to make the move. 

                  Data centre personal statement example: 

                  “Highly skilled and detail-oriented Data Centre Technician with over five years of experience in managing, maintaining, and optimising data centre operations. Proficient in hardware installation, troubleshooting, and network infrastructure management. Adept at ensuring uptime, efficiency, and security in high-demand environments. Strong problem-solving skills with a focus on continuous improvement and customer satisfaction.”  

                  3. List work experience 

                  With your personal statement complete, it’s time to list your work experience. Write your experience in bullet points in reverse chronological order (most recent at the top of the page) and include this information for each previous job: 

                  • Job title 
                  • Company name 
                  • Employment start and end dates 
                  • Key responsibilities 
                  • Achievements 

                  Even if you don’t have any direct experience working in the data centre industry, you’ll have many achievements and transferrable experience.  

                  4. List education and certifications 

                  Next, list your education and relevant certifications. This will include any degrees, professional awards and certificates, and other courses you may have taken. In the world of data centres, some such qualifications in the UK include CDCMP and DCE. 

                  5. List skills and technical proficiencies 

                  Lastly, you’ll want to write a few lines about your skills such as network management, server maintenance, and knowledge of DCIM tools. Mention any specific software or hardware expertise that you have that make you a strong candidate for data centre jobs. 


                  How to write a CV for a job application

                  It can work to your advantage if you tailor your data centre CV to your job application. You don’t need to completely re-write your CV for every job you apply for, but doing some research upfront about what potential employers are looking for will help you in the long run. 

                  Emphasise your most relevant experience and skills 

                  To make your CV relevant to the job you are applying for, put emphasis on your most relevant experience. Write a few extra sentences on your most relevant previous work experience and consider making important sentences bold to draw attention to them. 

                  Make connections between your previous experience and the job description 

                  To make your CV stand out from the crowd, make direct links between the job advertisement and your previous experience. For example, if the job description says: 

                   ‘We are seeking a dedicated and detail-oriented Data Centre Technician to join our team. The ideal candidate will be responsible for installing, maintaining, and troubleshooting data centre hardware, including servers, network devices, and storage systems.’ 

                  Then you can reframe your previous experience using language from the job description: 

                  ‘In my previous role as a Data Centre Technician at XYZ Solutions, I was responsible for installing, maintaining, and troubleshooting a wide range of data centre hardware, and successfully managed the deployment of over 200 server units, ensuring proper configuration and integration with existing infrastructure.’ 

                  Don’t forget about ‘soft’ skills 

                  Lastly, don’t forget about the soft skills required for a data centre job. Take a look at the job description and pick out any key soft skills that are of particular interest to your potential employer, and make sure to include them on your CV.

                  For example: 

                  • Communication 
                  • Teamwork 
                  • Problem-solving 
                  • Time management 
                  • Attention to detail 
                  • Adaptability 
                  • Organisation 
                  • Work ethic

                  How to make a CV for a data centre job application

                  There are many ways to make a CV for your data centre job application. Here are just a few: 

                  Word processors 

                  Word processors like Microsoft Word and Google Docs are versatile and widely used for making CVs. Both have customisable cv templates that you can adapt to suit your data centre job application. CVs made with a word processor will be more traditional, without the bells and whistles. 

                  Online design tools 

                  Design tools like Canva and Adobe can be used to make creative, visually engaging CVs with a high level of customisation available. These CVs are usually more suitable for design-focused or creative roles within the data centre sector. 

                  Jobs board CV builder 

                  Online jobs boards like Indeed, LinkedIn, and Monster have built-in CV builders that you can use to make your CV. These are quick to use and convenient for applying for multiple jobs on the same platform. 

                  Recruiters 

                  If you’re working with a recruiter in the data centre industry, they can assist you with crafting the perfect CV for your job application. They’ll be able to advise on key skills you need to highlight, as well as the most appropriate formatting option. 

                  Are you looking for a data centre job in the UK? Get in touch with us to find out how we can help you secure your next role. 

                  Data centre jobs UK 

                  We recruit for a wide range of data centre jobs in the UK including technical supervisors, shift engineers, planners, and design managers.

                  Data centre jobs London 

                  London is the largest data centre market in the UK and is home to over 34% of all UK data centres. The city is ranked first on Cushman & Wakefield’s list of EMEA established markets and fifth on the list of global established markets. It also features on the top ten markets for land availability, market size, and regulations and incentives. 

                  If you’re looking for a data centre job in London, get in touch with an experienced DataX consultant. 



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                  Weekly Data Centre Digest – 23rd August 2024

                  Sign up to receive data centre news, articles, reports, and more from DataX Connect.

                  Sign up.


                  Reports

                  Synergy Research: Data Center M&A Deals on the Rise Again, Heading Towards Record Levels. Read here.

                  Research and Markets: Data Center Construction Industry Outlook & Forecast 2024-2029. Read here.


                  Europe

                  A partially leased West London data center is for sale in Camberley, UK. Read here.

                  Latvia’s Tet to build data center outside Riga. Read here.

                  Greece is expected to grow in value from €695 million in 2023 to €1.2 billion in 2029. Read here.

                  Portugal’s Start Campus has signed a €20 million ($22.3m) deal with Siemens Energy for transformers. Read here.

                  How Swiss Technology start-up Apheros Plans To Take The Heat Out Of The World’s Data Centres. Read here.

                  Goldman, Wren House are shortlisted in Nabiax sale. Read here.


                  Middle East & Africa

                  Abu Dhabi fund Mubadala invests in data centre firm Yondr. Read here.

                  Omani telco Omantel has launched a new data center in Salalah. Read here.

                  Data center operator Raxio Group has inaugurated its newest data center in the Democratic Republic of the Congo (DRC), its fourth in Africa. Read here.


                  APAC

                  Fiji’s Deputy Prime Minister announced that Google will build $200 million Data Centre in Fiji. Read here.

                  Amazon Web Services announced the launch of its AWS Asia Pacific (Malaysia) Region on Thursday, along with a pledge to invest an estimated US$6.2 billion in Malaysia from now to 2038. Read here.

                  SK Telecom Partners with Lambda to Launch AI Data Center in Seoul. Read here.

                  Spark New Zealand is stepping up investment in data centers as greater use of artificial intelligence and cloud-based services fans demand. Read here.

                  Huawei is doubling down on its artificial intelligence (AI) offerings in the Asia-Pacific region. Read here.

                  AirTrunk has started on the expansion of its 21.7 acre MEL1 campus at Derrimut in the west of Melbourne. Read here.

                  Taiwan has stopped approving data centers larger than 5MW in the regions north of Taoyuan. Read here.

                  Aurum invests $400m in 100MW data center in Hyderabad, India. Read here.


                  North America

                  Novva Data Centers announced a new campus in Mesa. Read here.

                  Edged Energy announced the grand opening of its first North American (Atlanta) data center. Read here.

                  QTS is looking to expand its data center campus in Chicago. Read here.

                  ‘A leading AI company’ is planning a $3bn data center campus in Oklahoma. Read here.

                  Stream Data Centers has topped out a second data center facility on its Goodyear Campus in Phoenix, Arizona. Read here.

                  Microsoft proposes Cherry Valley data center on 300 acre site. Read here.

                  Microsoft inks $10 billion green energy deal. Read here.

                  9LDG plans AI data center at Niagara Falls. Read here.

                  Hudson Interxchange has unveiled plans to expand its New York data centre. Read here.

                  96 acres of land in Florence, Arizona, is being eyed up for a data center development. Read here.

                  Barrio Energy acquires 12MW data center in Tyler, Texas. Read here.

                  The amount of data center supply under construction in North America’s top markets jumped by about 70% compared to a year ago to a record 3.9 gigawatts. Read here.

                  Real estate investment, development, and management company Greystar is segueing into infrastructure. Read here.

                  Two separate proposals for data center campuses in and around Richmond, Virginia, have been deferred by local officials. Read here.

                  Crypto firm Bitfarms to acquire Stronghold Mining. Read here.


                  South America

                  Scala Data Centers has issued $250 million in green debentures to fund its São Paulo, Brazil, data center. Read here.

                  Brazil’s Scala Data Centers has launched the second phase of its data center campus in São Paulo. Read here.

                  Claro Argentina to build $30m data center in Buenos Aires. Read here.


                  Other interesting articles

                  VanEck: Bitcoin miners could make $13.9bn a year from AI deals. Read here.

                  AI success limited by lack of skills and governance issues. Read here.

                  The big winners of the AI boom are the most boring companies imaginable. Read here.

                  From coal plant to data center: Old power stations are being repurposed. Read here.

                  The ongoing impact of Amsterdam’s data center moratorium. Read here.

                  AI to go nuclear? Data center deals say it’s inevitable. Read here.

                  What are some of the risk around data centre development? Watch here.


                  Inside Data Centre Podcast

                  On this week’s podcast, Andy Davis talk data centres with Dave Buckner from Sabey Data Centers, and Michelle Irwin from Hanson Wade. Listen here.


                  Join the Data Centre Club on LinkedIn.

                  You can now receive data centre news direct to your email. Subscribe via Substack.


                  Sign up to receive data centre news, articles, reports, and more.

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