Latest News

Martin Vladimirov: ROI-Europe cannot win the AI race without an integrated energy market.

Mario Draghi, the former president of the European Central Bank, warned Europe in 2012 that it would face a "slow pain" if it did not revive investment and productivity. Now, the continent faces the risk of proving his right one data centre and at a time.

Europe is falling behind in the AI race.

Look at the scale difference. In July, the European Commission announced plans to build seven massive AI computing hubs. Eighteen out of 27 European Union governments have bid for at least one of these hubs, with a commitment of around EUR3 billion ($3.5billion) in future computing purchases. According to S&P Global Ratings, the capital expenditure of six hyperscalers based mainly in the United States is expected to reach $1.3 trillion dollars by 2027.

These spending commitments may not be directly comparable but they do highlight a huge - and insurmountable- investment gap.

In order to begin closing this gap, EU must address its fragmented market for energy. The EU's energy system is currently unable to transport electricity from the point where it is produced to where a new industrial demand emerges. Weak interconnections and large differences in transmission fees, as well as complicated permit procedures, divide what was supposed to be one market.

It has huge economic implications. According to the International Energy Agency, the average price for electricity in 2025 will be around $107 per megawatt hour. This was almost 57% higher than China and more than double the U.S.

These high costs have had a devastating impact on the traditional industries. According to a senior analyst at the Center for the Study of Democracy, Marius Koppen, an analysis of Eurostat's data showed that the overall production in Europe was just 1% higher in 2025 than it was in 2021. The decline in chemicals production was 19%, and the output of basic steel and iron, cement, and aluminium fell by 16%, 14 %, and 11 %, respectively.

The decline in manufacturing is not solely due to energy. The decline in manufacturing is not only due to energy costs.

While most of Europe has recovered from the COVID-19 Pandemic and energy crisis that followed Russia's invasion of Ukraine in full force, Europe's industrial base is still suffering. Energy prices have risen again following the U.S. - Iran war.

Access to affordable, reliable energy is more important than ever as Europe looks to join the AI Industrial Revolution.

GEOGRAPHY OF ENERGY

Europe's struggle to capitalize on the AI boom highlights the unfinished business of the bloc's integration of energy.

Around 40% of EU distribution grids are older than 40 years. According to the European Commission, EUR584 billion in investment will be needed by 2030 for modernizing and extending electricity networks throughout the EU. A data centre can be built in two years but connecting it to Europe’s outdated transmission system can take seven.

The AI infrastructure that is currently being developed has a high concentration. According to CSD's analysis of announcements by companies and records from national investment agencies, 68 EU major data-centres have been announced since 2024. Four countries, France, Spain Finland and Sweden, account for 43.

The availability of low-carbon, affordable electricity and reliable grid connections is one of the major reasons behind the concentration.

CSD estimates based on comparable national electricity prices show that a 100-megawatt centre generates an annual electricity bill in Germany of EUR254 millions and EUR153 in Spain. However, only EUR91 in Finland where the electricity mix is dominated primarily by nuclear energy and renewables.

LIMITING FACTOR

In order to create an integrated electric market in Europe, the European Union will have to change its economics.

First, it would be important to make energy more easily available across borders. Investing in battery storage and expanding nuclear power could also help to reduce the reliance on imported gas.

Grid operators could also benefit from a map of future demand that is credible across the bloc. This would allow Brussels and national governments to plan grids, oversee renewable generation, and consider industrial demand in concert. Multilateral financial institutions, such as the European Investment Bank and national governments, can also fund grid development in a proactive manner, rather than waiting for customers.

Finaly, Europe could create a framework that would accelerate grid connections and construction permits. It makes little sense to build an AI gigafactory across all member states, but the Commission can select sites based on credible demand. The interconnected computing nodes could allow all EU nations to gain access.

Many obstacles would be in the way of a deeper integration of the EU, such as bureaucracy and competing national interests.

Fixing the power system will not eliminate Europe's other AI flaws. The EU is a small producer of semiconductors, and it lacks advanced fabrication capabilities. The EU is a leader when it comes to advanced chipmaking lithography. This is led by the Dutch equipment maker ASML. However, other than that, Europe relies heavily on U.S. design, Asian manufacturing, and non-European clouds platforms.

Without it, Europe has very little chance of making it past the starting line.

You like this column? Open Interest (ROI) is your new essential source of global financial commentary. Follow ROI on LinkedIn and X.

Listen to the Morning Bid podcast daily on Apple, Spotify or the app. Subscribe to the Morning Bid podcast and hear journalists discussing the latest news in finance and markets seven days a weeks.

(source: Reuters)