On November 6, 2026, the construction site of Microsoft's new data center $MSFTB in Amsterdam became the scene of a large-scale protest. More than 100 activists entered the site, climbed construction cranes, and set off flares. Police detained around 150–200 people on suspicion of trespassing.
And this was not an isolated action.
On November 6–7, a coordinated Stop Dirty Data Centres campaign took place across Europe, with public and environmental organizations from 15–16 countries taking part.
📍 How the protests unfolded:
• November 6 — In Amsterdam, activists entered a Microsoft construction site.
• November 6 — Around 100 people protested outside the Polish parliament in Warsaw, representing communities near which data centres are planned.
• November 7 — A large march against the expansion of data centres took place in Dublin. Reports say around 2,000 people joined it.
• Actions also took place in Germany, Finland, and other European countries.
The activists’ main demand is to pause approvals for new large data centres until clearer rules for their construction and operation are introduced.
What exactly are the protesters unhappy about?
• The enormous amount of electricity consumed by servers and AI systems.
• The use of water to cool equipment.
• The additional strain on local power grids.
• Environmental impacts and insufficient involvement of local communities in decision-making.
The scale of future investment is staggering. According to PwC forecasts, capital spending on data centres could reach $5.6 trillion in Europe and $15.1 trillion in the US between 2026 and 2050.
Why does this matter to investors?
Microsoft, Google, and Amazon $AMZNB need ever greater computing capacity to develop AI. Nvidia $NVDAB supplies key accelerators for this infrastructure.
But an additional risk is now emerging: even with high demand for AI, building the necessary capacity could face public opposition, approval delays, environmental requirements, and rising costs.
The next constraint on the AI industry may not be technological, but physical and political. In the race for computing capacity, electricity, water, grid access, and public consent are becoming increasingly important.
