This Industrial Revolution

Energy, infrastructure and the question Europe needs to answer

“Every industrial revolution will be energy constrained. And this industrial revolution is also energy constrained.”

Jensen Huang, NVIDIA’s founder and CEO, said this recently in a conversation with Siemens CEO Roland Busch.

The wording caught my attention.

Not “this technology revolution”.

Not “this digital transformation”.

This industrial revolution.

And if we take those words seriously, the implications extend far beyond artificial intelligence.

Huang went on to say that the United States, Europe and the world need more energy, and that we need to invest in different forms of energy while making the energy we have as efficient as possible.

This is where the conversation gets interesting.

Energy is the constraint

Listen to some of the people sitting at the intersection of technology, infrastructure and capital, and a remarkably similar picture emerges.

Jon Gray, President and COO of Blackstone, describes the infrastructure required for AI as a financeable asset class: data centres, power, chips, utilities, renewables and electrical equipment. Blackstone expects the demand for electricity and data-centre infrastructure to become enormous.

At Brookfield, Bruce Flatt and his team are looking at the same transformation from the infrastructure side. Brookfield now describes AI as a major driver not only of its AI infrastructure business, but also of its traditional infrastructure and energy businesses. Existing renewable projects can, in some cases, become significantly more valuable when paired with scarce grid capacity and data-centre demand.

The message is becoming difficult to ignore:

AI needs compute.
Compute needs electricity.
Electricity needs infrastructure.
Infrastructure needs capital.

The AI story is becoming a physical story.

This is bigger than AI

Perhaps this is what makes Huang's choice of words so important.

Industrial revolutions are not built only by inventors.

They require power plants, factories, roads, ports, grids, buildings, machines and enormous amounts of capital.

The same may now be happening again.

The infrastructure underneath AI includes far more than data centres. It includes power generation, transmission, substations, transformers, cooling, fibre, land and grid connections.

And increasingly, the ability to bring all of those pieces together in the right place.

And then there is Europe

Europe is not ignoring this.

The European Commission has launched a programme for up to seven AI Gigafactories, backed by up to €10 billion in EU and national funding and expected to mobilise at least €20 billion in private investment. The facilities are explicitly designed around large-scale computing, energy-efficient data centres and the infrastructure required to support them.

The EU has also proposed the Cloud and AI Development Act, aimed at expanding Europe's cloud and data-centre capacity and strengthening its AI infrastructure.

So the question is not whether Europe understands that something is happening.

It does.

The question is more practical.

Who is connecting the dots?

This is where, as a European investor, I find myself somewhat frustrated.

If I want to participate in this emerging infrastructure economy, where do I go?

Who are the European platforms connecting energy, land, grids, data centres, technology and private capital?

Who are the developers?

Who are the infrastructure investors?

Who is aggregating projects?

Who is facilitating the capital?

And who is thinking about these things not as separate policy areas, but as one emerging industrial ecosystem?

In the United States, the conversation is increasingly visible.

You can listen to Jensen Huang, Jon Gray, Bruce Flatt, Larry Fink and others and hear different versions of the same underlying thesis.

In Europe, the pieces exist too.

But the picture feels more fragmented.

Spain is a good place to look

I live in Spain, so this is not an abstract question for me.

Spain has some of the ingredients that should matter enormously in the next phase of the AI economy: abundant renewable resources, large-scale infrastructure, industrial capacity, land and an increasingly significant data-centre market.

The Spanish government is already dealing with the implications of large-scale data-centre development and grid capacity. And Spain is involved in a European effort to develop AI Gigafactory capacity.

But again, as an investor, I am left with the same question:

Who do I speak to?

Where is the platform that brings the opportunity together?

The European opportunity

Perhaps Europe does not need to produce its own Jensen Huang.

It needs something else.

It needs to connect the capabilities it already has.

Its energy companies.

Its grid operators.

Its industrial companies.

Its infrastructure developers.

Its technology companies.

Its pension funds.

Its private capital.

And the enormous amount of physical infrastructure that will be required to turn electricity into compute — and compute into economic output.

Because if Jensen Huang is right, this is not simply another technology cycle.

It is an industrial revolution constrained by energy.

And industrial revolutions are ultimately built in the physical world.

They require energy.

They require infrastructure.

And they require capital.

The question for Europe is whether we can connect those three quickly enough.

That may be one of the defining investment questions of the next decade.