How Power Availability Is Reshaping Data Centre Development
Data centre development is entering a period where demand is no longer the only meaningful measure of market opportunity. Global data centre investment is projected to reach US$31.6 trillion in capital expenditure by 2050, yet much of that investment is not yet on site as developers and investors focus on securing the power, energy infrastructure, supply chains, and conditions required to turn market opportunity into operational capacity. Disrupted trade flows could cut investment by as much as 20% while a growing sovereignty push would redistribute that investment.
Locations that once appeared strategically attractive because of connectivity, customer concentration, or established data centre ecosystems can become difficult to develop if grid capacity cannot be secured within a commercially viable timeframe. Equally, locations that historically appeared unviable are more relevant when land and infrastructure offer a clearer route to delivery.
In Episode 6 of Conversations in Cleantech, we spoke to Patrick Lynch, Executive Managing Director and Global Lead for Data Centre Solutions at CBRE about how infrastructure decisions are being made under real-world constraints.
Jump To:
- The Impact of Power Availability on Data Centre Site Selection and Market Geography
- Speed to Market Meets Data Centre Infrastructure and Supply Chain Reality
- Capital, Innovation, and the Search for Greater Efficiency
- Global Growth Requires Local Market Fluency
- Key Strategic Insights
- Listen to the Full Conversations
- Building Teams for Transition Infrastructure
The Impact of Power Availability on Data Centre Site Selection and Market Geography
Data centre site selection has traditionally balanced several factors:
Customer demand
Network connectivity
Land
Latency
Taxation
Proximity to established infrastructure
What is changing is that access to power is increasingly determining which sites are commercially viable in the first place. A location may be attractive from a consumer demand or connectivity perspective, but if the required capacity cannot be secured within a workable timeframe, that advantage can quickly diminish.
Most data centre hubs in Europe, for example, are concentrated in major urban areas such as Frankfurt, London, Amsterdam, Paris, and Dublin. Similarly, in North America major development has been located in major metro areas along the East Coast, as well as Atlanta, Chicago, and Silicon Valley. This directly impacts the sequence of data centre development decisions.
Rather than identifying a preferred location and then solving for power, developers are scrutinising grid capacity, utility timelines, and the credibility of power commitments much earlier in the process, before making significant commitments on land and capital. That, in turn, affects where development takes place.
Established data centre hubs continue to benefit from mature ecosystems, connectivity, skilled labour, and customer concentration. But where power is constrained, developers and occupiers have a stronger incentive to consider secondary and emerging markets with a clearer path to energy availability.
This can mean looking beyond established hubs such as Northern Virginia or Ireland towards locations where the route to power is more credible, such as metro outskirts and more rural areas, including Nevada, Texas, Norway, and Scotland.
These constraints are also changing how developers assess data centre power solutions, with power availability increasingly considered alongside location, infrastructure readiness, and development timelines.
As Patrick explains, this is not simply a question of following available megawatts. Moving into a new market introduces a broader set of considerations including:
Fibre
Permitting
Utility structures
Workforce availability
Construction capability
Long-term operational requirements
A location may solve one constraint while creating another, making site selection a multidisciplinary infrastructure decision.
Episode 6 with Patrick Lynch offers a practical look at how digital infrastructure is being built under real-world constraints.
Listen to Episode 6Speed to Market Meets Data Centre Infrastructure and Supply Chain Reality
Demand for data centre capacity is creating significant pressure to bring capacity online. Customers want infrastructure quickly, but utilities, electrical networks, and physical supply chains operate on very different timelines.
As data centre projects grow in size, those dependencies become more consequential. Patrick highlights the gap between commercial expectations and the time required to deliver large-scale infrastructure developments and upgrades.
Larger developments involve:
Greater capital commitments
More complex transactions
Tighter interdependencies between land, power, construction, and customer requirements.
Assumptions that might once have been manageable at a smaller scale can become material risks when projects are measured in hundreds of megawatts or more. Supply-chain constraints add another layer of execution risk.
Data centre development requires substantial amounts of equipment, specialist expertise, and construction capacity. Developers are often competing for these resources with utilities and other infrastructure sectors pursuing their own large-scale programmes.
The issue, then, is not whether a project has customer demand or capital behind it. It is whether the organisation has the data centre infrastructure, supply chain visibility, and leadership capability to translate that demand into deliverable capacity.
Capital, Innovation, and the Search for Greater Efficiency
Capital is not simply following the historic geography of the data centre market. Assets or locations that may previously have been viewed through a narrower energy lens can take on a different significance when they offer a credible route to supporting large-scale computing demand.
Investors are increasingly looking at projects and locations where access to energy infrastructure can create an advantage. But capital alone cannot resolve constraints across generation, transmission, and utility infrastructure.
At the same time, the scale and pace of expected demand also create an incentive to use existing resources more effectively. Better optimisation of supply and energy assets can create greater flexibility within the existing system.
For data centre development, that means innovation that can materially improve system performance at commercial scale such as cooling, energy management, resource efficiency, and technologies capable of reducing the intensity of infrastructure requirements.
Global Growth Requires Local Market Fluency
The final complication is that the development equation changes between regions. Patrick highlighted the importance of understanding differences across the US, Europe, and APAC rather than assuming one development model can simply be replicated internationally.
Regulatory structures, utility models, permitting processes, and attitudes towards data sovereignty vary significantly. So too do power markets, supply chains, and the maturity of individual data centre ecosystems.
Operating globally therefore requires local market fluency. Organisations need leadership teams and advisers who can distinguish between principles that transfer across markets and execution models that need to be adapted locally.
Key Strategic Insights
Several themes emerged during our discussion with Patrick:
Power availability is redefining site strategy
Data centre site selection requires energy availability, utility timelines, and infrastructure readiness to be assessed much earlier in the development process.New markets bring opportunity, but execution remains complex
As development expands beyond established hubs, projects still depend on access to power, permitting, connectivity, skilled people, equipment, and construction partners. The challenge ensuring those elements come together on the required timeline.Capital alone will not remove system constraints
Investment needs to be matched by technologies and operating models that improve energy efficiency, resource use, and infrastructure productivity. Without that, funding may increase capacity on paper without resolving the bottlenecks that slow delivery.
Software and flexibility complement physical infrastructure
Optimised storage and flexible loads accommodate demand more effectively. This won’t replace the need for new grid capacity, but can create options for operators in constrained markets.
Leadership capability is part of infrastructure delivery
Building leadership teams that can work across functions will be central to turning ambitious data centre development pipelines into operational assets.
Global strategies require local market fluency
Regulatory structures and data requirements vary significantly across the US, Europe, and APAC. Organisations need local expertise if they are to navigate those differences effectively.
The Wider Market Response
Across Season 10 we explored how growing demand for data centre capacity and infrastructure is creating pressure across the energy system, but it is also changing where investors and innovators see opportunity.
In Episode 3 we discuss with Sue Ennis how the rapid growth of AI infrastructure is increasing the strategic value of access to power.
In Episode 5, Sofie Käll and Anna Søndergaard join us to consider sustainability innovation through the lens of commercial scalability and explores how early-stage investment can support innovation and efficiency across infrastructure systems.
In Episode 8, David Miller takes the argument further, looking at the role of software, batteries, and flexible demand and challenges the assumption that every increase in data centre demand must be met through additional physical grid capacity.
Together, these perspectives reinforce the idea that the answer to constrained power availability is unlikely to come from one intervention alone.
Listen to the Full Conversations
Hear more from our contributors in Season 10 of Conversations in Cleantech. This season focused on digital infrastructure and we explore how that infrastructure is being financed, built, powered, and operated across the energy transition.
You can also continue the conversation in Season 11, where we explore the talent equation behind the energy transition, from workforce strategy and leadership to building the teams needed to support growth.
Building Teams for Transition Infrastructure
The changing data centre market reflects a wider shift across transition infrastructure. Projects are becoming larger and more interconnected. Energy, technology, capital, regulation, and project delivery increasingly need to be considered together. That raises the value of leaders who can operate across traditional functional boundaries and turn strategy into delivery.
From our London, New York, and Austin hubs, we help organisations secure the executives, technical leaders, and specialists needed to deliver complex data centre development and energy infrastructure projects.
Whether you are entering a new market, scaling a development pipeline or strengthening an existing team, we can help you find the people needed to deliver.
