Good morning everyone,
For many years our industry operated with a fairly simple formula.
Find land.
Secure connectivity.
Build capacity.
Scale.
And for a long time, that formula worked.
If demand increased, we built larger campuses.
If workloads grew, we expanded capacity.
Growth was mainly a question of size.
But I think Artificial Intelligence is changing the rules of the game.
Because AI is not simply increasing demand.
It is changing the physical reality of infrastructure.
Higher rack densities.
More intensive cooling requirements.
Faster deployment cycles.
More dynamic energy profiles.
And at the same time, Europe faces another reality:
Power constraints.
Grid bottlenecks.
Long interconnection timelines.
Permitting challenges.
Across many regions today, obtaining electrical capacity can take longer than constructing the facility itself.
That should make all of us stop and think.
Because perhaps the race ahead is no longer about who can build the biggest facility.
Perhaps it is about who can deploy infrastructure faster.
Who can energize capacity faster.
Who can adapt faster.
For years we focused on space.
Today we increasingly focus on time.
Time to market.
Time to power.
Time to value.
And I believe that changes one assumption our industry has had for decades.
The assumption that every new generation of digital infrastructure must begin with a blank page.
Find greenfield land.
Start from zero.
Build everything again.
But maybe the future is not only greenfield.
Across Europe there are industrial sites, facilities and infrastructure ecosystems already connected to energy environments.
Existing substations.
Existing electrical assets.
Existing industrial footprints.
Existing opportunities.
Brownfield redevelopment is not simply a real estate discussion.
It is becoming a strategic infrastructure discussion.
Because reusing and transforming existing assets can reduce deployment timelines and unlock opportunities in places where speed matters.
Of course, brownfield projects are not easy.
They bring engineering complexity.
Legacy constraints.
Environmental considerations.
Technical adaptation challenges.
There are no shortcuts.
But there is a broader lesson.
The next generation of digital infrastructure may increasingly be about intelligent reuse rather than starting from scratch.
And there is another transition happening simultaneously.
Traditionally, data centers behaved as passive consumers of electricity.
Power entered the facility.
Workloads consumed energy.
End of story.
But future infrastructure may require a more interactive relationship with energy systems.
Grid expansion will remain essential.
Transmission investment will remain essential.
Long-term planning will remain essential.
There is no single technology that solves everything.
No silver bullet.
But flexibility, smarter power management, distributed architectures and resilient energy strategies will become increasingly important.
Not as substitutes for infrastructure investment.
As complements to it.
Because resilience in the future will not simply mean redundancy.
Resilience will increasingly mean adaptability.
At Templus we believe Europe will not evolve into one giant digital hub.
We believe its future is a connected network.
Distributed.
Regional.
Close to where people live.
Close to where businesses operate.
Close to where value is created.
Because ultimately infrastructure is no longer only about buildings.
It is about enabling digital growth.
And perhaps the companies that win in the next decade will not be those who build the biggest campuses.
They will be those capable of connecting infrastructure, energy and intelligence faster than everyone else.
