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Europe's energy transition is often framed as a race to build more renewable generation. While deploying clean power remains essential, recent years have highlighted a broader challenge: creating an energy system that is resilient, flexible and capable of withstanding disruption.
From geopolitical uncertainty and climate-related pressures to rising electricity demand, today's energy system faces stresses that it was not designed to manage. As Europe continues its transition away from fossil fuels, the focus is increasingly shifting beyond generation alone towards the infrastructure needed to connect, balance and secure the system.
A system built for a different era
Much of Europe's energy infrastructure was developed around a centralised model of fossil fuel production and distribution. That model delivered security and scale for decades, but the energy landscape is changing rapidly.
As renewable generation grows, electricity systems are becoming more decentralised, interconnected and complex. At the same time, electrification, data centres, industrial demand and economic growth are increasing pressure on existing networks.
The result is a system that must become more flexible and responsive. Energy security today depends not only on how power is generated, but on how effectively it is stored, transported and managed across the system.
Why resilience is becoming investable
The next phase of the energy transition is creating a significant investment opportunity.
While renewable generation remains important, increasing value is being created by the infrastructure that enables the wider energy system to function efficiently. This includes assets that:
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Improve grid connectivity
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Increase system flexibility
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Store excess energy
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Balance supply and demand
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Reduce congestion and bottlenecks
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Strengthen security of supply
These assets play a critical role in supporting decarbonisation while helping economies manage volatility and maintain reliability.
As energy systems evolve, infrastructure that enhances resilience is becoming increasingly important to both policymakers and investors.
Understanding the "mid-transition" energy system
At Foresight, we describe this opportunity as the "mid-transition" energy system.
This refers to the stage of the energy transition where resilience is actively being built into the infrastructure network. It encompasses the assets that connect generation, storage, networks, flexibility and demand to create a more integrated and secure energy system.
Examples include:
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Grid-enabling infrastructure
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Long-duration energy storage
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Battery storage systems
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Interconnection assets
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Flexibility solutions
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Renewable development platforms
Together, these assets help absorb shocks, alleviate constraints and enable greater penetration of renewable power across the network.
Why the opportunity matters now
The need for resilient energy infrastructure has never been more apparent.
Demand for electricity continues to increase, while legacy infrastructure faces mounting pressure. Europe requires substantial investment to modernise its energy system and support long-term economic competitiveness, energy security and decarbonisation goals.
This creates an environment where specialist investors with deep sector expertise can access opportunities that sit at the intersection of infrastructure, energy systems and the broader transition.
Building resilience into the energy transition
The energy transition is not simply about replacing one form of generation with another. It is about redesigning the infrastructure that underpins modern economies.
As the system evolves, resilience, flexibility and security of supply are becoming just as important as decarbonisation itself.
Our latest animation explores these themes and examines the infrastructure helping to enable the next phase of Europe's energy transition.
Watch the animation to learn more about the role resilient infrastructure can play in building a more secure, flexible and decarbonised energy future.
