Vattenfall (VF) Q3 2025 earnings summary

Executive summary

• Underlying operating profit rose 33% year-over-year to SEK 21.5 billion, driven by improved hedging, trading, and nuclear operations, despite a volatile market and lower period profit due to last year's one-off gains.

• Strategic progress included advancing modular nuclear reactor projects at the Värö Peninsula, narrowing suppliers to GE Vernova and Rolls-Royce SMR, and revising the Zeevonk wind project for hydrogen demand.

• Investments continued in fossil-free initiatives, including the world's first fossil-free steel dam gate, circular economy projects, and Germany's largest solar-agricultural farm.

• Diversified portfolio and strong balance sheet enabled ongoing investments in renewables, grid, and nuclear, despite market challenges.

• Major events included the sale of the Berlin heat business, final investment decision for Clashindarroch II wind farm, and new power line concession in Northern Sweden.

Financial highlights

• Underlying EBIT increased to SEK 21.5 billion for the first nine months, up SEK 5.3 billion or 33% year-over-year, driven by improved hedges, trading, and higher nuclear and pumped hydro contributions.

• Net sales decreased by 5% to SEK 167.8 billion, mainly due to lower electricity prices in northern Sweden and the sale of the Berlin heating business.

• Profit for the period declined 54% to SEK 13.1 billion, mainly due to the absence of prior year one-off gains from project divestments and energy derivatives.

• EBITDA fell 32% to SEK 33.9 billion; reported EBIT dropped 47% to SEK 17.8 billion.

• Funds from operations (FFO) increased to SEK 29.3 billion.

Outlook and guidance

• Focus remains on robust, sustainable business opportunities, operational excellence, and enabling fossil-free energy, with updated strategic targets for 2030.

• Ongoing adaptation to changing market demand, especially for hydrogen and grid capacity, with continued investment in renewables and grid expansion.

• Financial discipline and flexibility are emphasized to support the energy transition.