New data from the International Energy Agency’s Electricity 2026 report shows that we are entering an era in which electricity is central to economic activity, not just a utility to be managed. For organisations running energy-intensive operations or large facilities in Europe, this is more than a trend, it’s the backdrop against which strategic energy decisions are now being made.
In this article, we explore what the report actually says, why it matters for industrial and commercial energy strategies, and what implications it has for how organisations approach electrification, flexibility and resilience in their energy systems.
Demand is growing again, and with different drivers
After years of relative stagnation in power demand in advanced economies, electricity use is now rising again and is projected to continue doing so through the end of the decade. Global electricity demand is forecast to grow at a brisk average rate over the next five years as the world enters the so-called “Age of Electricity”.
This growth is not coming from one sector alone. It reflects:
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increased industrial electricity usage as production and electrification take hold
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expanding use of electric vehicles, cooling and heating systems
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rising power needs from technological infrastructure such as data centres and computing workloads that support AI and digital services
For energy-intensive sites in Europe, where electricity already makes up a significant share of operational costs and emissions, this means the baseline of electricity demand is shifting upward, even before new investments or electrification plans are added.
Generation is changing, fast, but not uniformly
The report also highlights how the supply side is evolving:
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Renewables and nuclear power together are set to supply a growing share of global electricity through the rest of the decade. Solar PV in particular continues to expand rapidly, supported by its cost competitiveness and scalability.
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Coal’s contribution is shrinking relative to renewables in many parts of the world, even as electricity demand grows.
But in practice, the pace of change in the generation mix is uneven across regions. In some advanced economies, the expansion of renewables and other low-carbon generation is being slowed by delays in grid connections and permitting challenges. As Elia’s CEO recently noted, long waiting times for grid access in parts of Europe are delaying key generation and storage projects and raising costs.
This matters because generation growth by itself does not guarantee stable, affordable power availability for large energy users. The real question becomes not just what is being generated, but when and where it can be delivered and used.
Flexibility matters more than ever
One of the clearest themes in the IEA report is that flexibility, not just capacity, is essential to integrate rising demand and changing supply patterns. Flexibility refers to the ability of a system to adjust the timing and amount of electricity use in response to system conditions, smoothing peaks and matching supply and demand efficiently.
The report’s special focus on grids and flexibility, including demand response and utility-scale storage, underscores this point. Power systems that cannot flex dynamically will struggle to integrate large shares of variable renewable generation and to maintain reliability under higher loads.
This is where the picture intersects directly with the reality on the ground: industrial and commercial sites are no longer passive loads on the system. Their own consumption patterns, production schedules and electrification plans are increasingly part of the flexibility equation.
Electricity policy is shifting from capacity to management
For companies evaluating their energy strategy, the IEA insights suggest a shift in emphasis:
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past strategies focused on securing capacity, either from the grid or from owned generation
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future strategy must focus on managing energy flows: when electricity is used, how it is stored or dispatched, and how different technologies interact with each other and with grid signals
This systemic view acknowledges that energy systems are not just bundles of assets, but networks of flows, and that resilience and cost control come from optimising those flows, not just adding more generation.
More demand, more complexity, different risks
These trends mean organisations cannot rely on static assumptions about grid availability, price stability or even generation mix. Rising electricity demand across sectors, coupled with the varying pace of grid updates and generation build-out, means:
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peak load impacts become more material
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price volatility becomes harder to hedge
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electrification plans may face resource and connection constraints
In Europe in particular, where electricity prices for industry remain higher than in some competing regions, these factors compound competitive pressure. Investments in generation without regard to flexibility can leave sites exposed to grid limits and market swings.
Where this leaves energy strategy
The IEA Electricity 2026 report reinforces a reality that many energy planners are already living: electricity is central to operational performance, and managing it demands systems thinking. Electrons cannot be treated like static inputs, they arrive, are used and interact with markets and networks in ways that directly influence cost and risk.
For organisations that are serious about electrification, decarbonisation and cost control, this means reconsidering energy strategy around:
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local optimisation rather than sole reliance on grid supply
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flexible assets that can respond to dynamic system conditions
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integration across technologies, generation, storage, load management and advanced control systems
In this context, electricity is both a resource and a system to be steered, not simply consumed.