The CEO of EDP, Miguel Stilwell d'Andrade, has called on Portugal's government to establish "clear and anticipated" regulatory conditions for data center investment, warning that the country risks losing billions in infrastructure spending to competing nations if it delays. His comments come as Portugal implements its National Data Centers Plan through 2026-2027, with projections that the sector could drive 60% of Portugal's electricity demand growth over the next decade.
Why This Matters:
• Electricity demand could grow 4.5% annually through 2035, with data centers accounting for 60% of that increase.
• Job creation estimates reach 3,300 direct jobs per gigawatt of installed capacity.
• Peak demand could quadruple to 41 GW if all connection requests materialize, equivalent to covering 3% of Portugal's territory in solar panels.
• AICEP is now the single point of contact for investors under the new national plan.
A Strategic Crossroads for Iberian Infrastructure
The calculus facing Portugal is not whether data centers will expand globally — the question is whether the Iberian Peninsula will capture its share. Stilwell d'Andrade framed the challenge in stark terms: Europe is "very, very far behind" the United States and China in data center capacity, a gap that threatens the continent's ability to develop artificial intelligence, maintain cloud infrastructure, and support digital services essential to future economic growth.
Portugal and Spain hold specific competitive advantages that make the region attractive to hyperscale operators. Portugal already generates nearly 80% of its electricity from renewable sources, has fiber coverage reaching 95.4% of homes, and possesses available land with strong potential for additional renewable generation and storage capacity. The Sines area, home to the Start Campus project partnering with EDP, exemplifies how coastal locations can leverage both renewable energy and submarine cable connections.
But advantages alone do not guarantee investment. The EDP chief warned that without regulatory clarity, capital will flow to countries with defined frameworks. "We should not reject, in principle, investment in advanced technology of the future," he wrote on LinkedIn. "We must establish the conditions for it to contribute with ambition, transparency, and a strategic objective."
What the New National Plan Demands from Investors
The Portuguese government appears to have heeded such warnings. In April 2026, the Council of Ministers approved the National Data Centers Plan (PNCD) through Resolution 70/2026, establishing a 15-initiative action plan for 2026-2027 built on four pillars: regulation and governance, energy and infrastructure, demand and market, and territorial integration.
The regulatory framework takes a firm stance on local value creation. Projects must demonstrate measurable benefits for host communities, not merely consume electricity. Requirements include contributions to qualified employment and training programs, local supplier networks, additional renewable energy generation and battery storage investment, and defined reversibility rules for land and infrastructure once facilities reach end-of-life.
Housing and infrastructure rules now require projects to meet strict energy and water efficiency criteria. The plan prioritizes the identification of pre-zoned sites with adequate electrical connections and scalable capacity, aiming to reduce "time-to-power" and "time-to-market" — a direct response to investor complaints that licensing delays in Portugal have pushed projects elsewhere.
Crucially, the government has designated AICEP, Portugal's trade and investment agency, as the single point of contact for investors. This centralization aims to eliminate bureaucratic friction by coordinating across government entities and providing clear information on land availability, energy capacity, regulatory timelines, and fiscal incentives from day one.
The Resource Question: Water, Energy, and the Grid
What gives urgency to Stilwell d'Andrade's intervention are the sheer physical demands data centers impose. Research from environmental associations and academic institutions paints a sobering picture of what unchecked expansion could mean for Portuguese infrastructure.
The association ZERO has calculated that if all pending connection requests proceed, peak electricity demand could reach 41 gigawatts — quadruple current levels. Meeting that demand through solar power alone would require panels covering approximately 3% of national territory and battery storage capacity 40 times greater than currently planned under the National Energy and Climate Plan.
Water consumption presents another constraint. A June 2026 report from the United Nations University's Institute for Water, Environment and Health highlighted that data center cooling systems globally could consume 9.3 billion liters annually — enough to meet the basic water needs of 1.3 billion people in Sub-Saharan Africa for a year. In Portugal, studies suggest that full buildout of proposed data centers could generate water consumption equivalent to the entire Lisbon Metropolitan Area. While projects like Sines plan to use seawater for cooling, questions remain about treated water requirements for auxiliary systems.
The choice of locations matters significantly. Quercus has raised concerns about two data centers planned for Abrantes, estimating their annual electricity consumption could approach 19 times the current municipal total, necessitating comprehensive environmental impact assessments.
A Competitive Landscape with Teeth
Portugal is not competing in a vacuum. The Baltic states, Ireland, and Spain all court the same investors, each with distinct offerings.
Lithuania has pursued data centers aggressively through its "Green Corridor" initiative, offering 0% corporate income tax for 20 years on strategic projects, simplified licensing, and tax exemptions in Free Economic Zones. Latvia provides similar incentives through Special Economic Zones, including up to 80% exemptions on corporate and property taxes. The Baltics are positioning themselves as regional digital hubs with strong fiber density and growing renewable portfolios.
Ireland, long a data center magnet, has invested €18.9 billion in grid infrastructure through 2030, though network capacity relative to demand has historically been a constraint. About 41% of Irish electricity came from wind power in February 2026, with the country targeting 80% renewable electricity by 2030.
Spain shares the Iberian Peninsula's strengths — 95.2% fiber-to-premises coverage, ambitious renewable targets of 76 GW solar and 62 GW wind by 2030 — but network saturation and infrastructure bottlenecks present challenges. The "España Digital 2026" strategy and the public technology transformation company SETT, with $22 billion in funding, signal sustained support for digital infrastructure, though specific data center tax incentives remain less defined.
Portugal's combination of existing renewable penetration, fiber infrastructure, and now a structured regulatory framework with a single government interlocutor represents its competitive pitch.
What This Means for Residents
The practical implications touch electricity bills, employment, and land use. The EDPforecast of 4.5% annual growth in electricity demand through 2035 means sustained pressure on both generation capacity and transmission networks. Whether this translates to higher consumer prices depends largely on whether data centers bear their proportionate share of infrastructure costs — a principle Stilwell d'Andrade explicitly endorsed by opposing the "socialization of energy costs."
The promise is considerable: 3,300 direct jobs per gigawatt of installed capacity, according to government estimates. But these are not exclusively highly specialized technology roles. As the Wall Street Journal analysis that prompted Stilwell d'Andrade's response noted, American unions have supported data centers partly because they create operational jobs beyond just elite engineering positions.
For communities where data centers locate, the PNCD mandates negotiated benefits — local hiring, supplier relationships, tax revenue, infrastructure investment, and technology ecosystem development. The reversibility requirements also mean land-use commitments come with end-of-life obligations, preventing permanent scarring of territory.
The coming 18 months represent what the government calls a "determinant period" for attracting hyperscale operators. The regulatory framework now exists; whether it proves sufficiently competitive will reveal itself in investment decisions that shape Portugal's digital infrastructure for decades.
