Electricity demand is rising faster than grid capacity, making long-term energy sourcing and digital infrastructure central procurement priorities. Discussions at London Climate Action Week highlighted how AI-driven power demand could accelerate investment in cleaner, more resilient energy systems rather than simply increase supply pressures.
AI Demand Is Changing the Economics of Energy Procurement
The rapid expansion of artificial intelligence infrastructure is altering the economics of electricity procurement across Europe. Speaking during a panel discussion on electrification at the Climate Innovation Forum, held as part of London Climate Action Week, Schneider Electric Chief Sustainability Officer Esther Finidori argued that growing power demand should be viewed as a catalyst for investment rather than a constraint.
As hyperscale data centers and AI computing clusters consume increasing amounts of electricity, utilities face mounting pressure to expand generation capacity and modernize aging transmission networks. Recent industry forecasts have similarly identified AI infrastructure as one of the fastest-growing sources of electricity demand over the coming decade, reinforcing the urgency of grid investment.
“When you think about it, the energy system and the data and telecommunication system are the two things you need that are the backbone of your economy,” said Finidori.
“Without electric, energy without data and communications, you have no economy.”
Rather than treating AI-related electricity consumption as a threat, Finidori believes it creates the commercial certainty needed to unlock investment in new generation and grid infrastructure.
“We need to consider anything that is an increase of electric demand as good news,” she said.
“All the tensions arising now on the demand that will be generated by AI factories. Is this a conflict of uptake? We should see this as a major opportunity to finally have demand growth that unlocks the investments we need in terms of supply, in terms of grid upgrades, so that we can electrify our energy system.”
Higher and more predictable electricity demand can strengthen the business case for renewable generation, storage projects and transmission upgrades, while also supporting longer-term energy purchasing agreements. However, maintaining affordability remains critical if electrification is to accelerate.
“We need to anticipate a future where there will be abundant electric and that electric needs to be affordable,” Finidori said. “If each time we hit a demand-supply crisis, prices hike, we will have a negative loop in the electrification momentum.”
Digital Grids Become Critical Procurement Infrastructure
Alongside additional generation, Finidori identified digital grid technology as essential to balancing electricity demand before new capacity comes online. Grid operators increasingly need real-time visibility into consumption patterns so they can manage peak loads more efficiently instead of relying solely on building additional infrastructure.
What we see as well is that demand will increase faster than our ability to commission new supply and our ability to retrofit,” she said. “We need to start planning for a grid that can adapt and evolve fast. And the key to that is digitalisation.”
According to Finidori, electricity shortages are often driven by peaks in demand rather than overall supply constraints. Advanced data platforms can help shift energy consumption away from those periods, improving grid utilization while lowering costs.
“The issue is not the total of electricity available; it’s the peak, it’s the maximum load at a point in time,” she said. And that’s very easy to move provided that you have the right data architecture to manage the grid and control your peak.
She added that rapid deployment of digital technologies will be essential to supporting Europe’s electrification ambitions. “Massive and rapid digitisation is the way forward so that we can go with the right speed to evolve the grid,” she said.
The discussion also highlighted the scale of investment required. Hilde Tonne, Chair of ARUP, estimated Europe will require approximately €5 trillion (US$5.68 trillion) of infrastructure investment before 2050, equivalent to around €210 billion (US$238.5 billion) annually.
“It is going to take approximately, for Europe, €5tn (US$5.68tn) of investments prior to 2050,” Tonne said. [That’s €210bn (US$238.5bn) yearly from now on and onwards. However, that number is less than what the EU is paying today on imports of fossil fuel.”
She argued that strengthening domestic renewable generation should remain central to Europe’s long-term energy strategy.
“We have to think homegrown. It starts there,” she said. “It starts with wind, solar and other renewables that can be close to us, that we can steer ourselves, in order to have that security, that resilience and that basis for electrification we talk about.”
The Next Competitive Advantage May Be Grid Access
As electricity becomes a strategic production input for AI, manufacturing and digital industries, competitive advantage will increasingly depend not only on securing renewable power but also on access to flexible grid capacity. Across Europe, utilities are already exploring demand-response programs, smart grid technologies and digital load management to maximize existing infrastructure before building new assets. Organizations that incorporate grid flexibility into long-term sourcing strategies may gain earlier access to capacity while reducing exposure to future energy price volatility as electrification accelerates.