AI Property Needs a Power Strategy

Google is assembling the energy system with the property

Google plans to invest at least €13 billion in Finnish AI and digital infrastructure during 2027 and 2028. The programme includes three new data centres in northern Finland, alongside grid improvements, battery storage and clean energy projects.

The critical feature is a 22 year agreement with Fortum. Google will purchase up to half of the output from the Loviisa nuclear power plant between 2030 and 2051. Fortum says the contract gives economic support to the proposed extension and upgrade of the plant through 2050.

Power assurance is becoming part of site selection

AI campuses create electricity loads too large and persistent to be treated as an ordinary utility connection. Generation, transmission, storage, cooling and construction phasing must be tested before the building concept is fixed.

This changes land value. A cheaper site with uncertain power may be less investable than a more remote location with proven generation, a stable grid and a financeable delivery route. Finland adds a cool climate and a high share of low carbon electricity to that proposition.

Google describes its approach as bringing its own power. The wider property lesson is sharper: major occupiers are beginning to assemble energy security as part of development, rather than treating electricity as a service that will arrive later.

Long term power contracts can make property demand more bankable

The structure offers reciprocal certainty. The operator gains access to dependable electricity and greater price visibility. The generator gains a large, creditworthy customer capable of supporting investment and asset life extension.

That creates an integrated capital stack linking occupier demand, utility investment, grid delivery and property development. It could also reshape Europe’s data centre geography by favouring regions with available land, resilient low carbon power and lower cooling requirements.

The commercial opportunity extends beyond the server buildings. Power qualified land, substations, storage, cooling, heat recovery and independent technical assurance may carry increasing value. Investors should test whether contracted energy volumes, transmission works and campus construction actually mature on the same timetable.

Scale creates public and political exposure

A significant overnight development strengthens the risk case. Finnish opposition parties have warned that large data centre loads could affect electricity supply and prices and have called for national permitting to test power and transmission capacity.

Prime Minister Petteri Orpo has said the investment will benefit Finland and that electricity prices will remain under control. The debate shows that private power certainty does not remove public infrastructure risk. Planning, grid reinforcement, community value, water use and energy affordability can all influence delivery.

Long contracts also create concentration exposure for the generator and property owner. Nuclear supply adds regulatory, maintenance and life extension dependencies. Employment and economic benefit forecasts should remain sponsor estimates until delivery evidence emerges.