This overview presents our ongoing projects across different markets, organised by energy source. The links lead to project pages in the local language.
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The proposed wind farm near Huntly, Aberdeenshire, consists of 14 turbines, each with a capacity of up to 6 MW and a tip height of up to 180 metres.
The De Sleutel heating plant will supply waste heat from the Port of Rotterdam to the district heating network in the Leiden region. The heat will be transported to Leiden via the WarmtelinQ pipeline.
Vattenfall Eldistribution invests in strengthening and improving the power grid to meet growing demand for network capacity and maintain a reliable electricity supply for customers across Sweden.
Echteld Lienden wind farm, near Echteld, received a permit in October 2025 for the construction of seven turbines, each with a capacity of 6–7 MW and a maximum tip height of 255 metres.
Located west of the Port of Eemshaven, Eemshaven West wind farm received its final permit in November 2024 for 23 turbines of 6–7.5 MW and a maximum tip height of 225 metres.
The project is at an early stage, with the area's suitability for wind power currently being assessed. The permit application could include up to 30 turbines.
The project has a legally binding permit for up to 32 turbines with a maximum height of 200 metres. Detailed design and layout work is underway to optimise the site.
The project has a legally binding permit for up to 79 turbines with a maximum height of 200 metres. Detailed design and layout work is underway to optimise the site.
A wind farm of up to 30 turbines is planned. A permit application was submitted in spring 2024, supported by extensive environmental studies and technical assessments.
The wind farm has a legally binding permit for 36 turbines with a maximum height of 220 metres. Detailed design and layout work is underway to optimise the site.
A wind farm with up to 316 turbines is planned in Gällivare municipality. In September 2025, Vattenfall submitted an environmental permit application for turbines with a maximum height of 295 metres.
Located near Buckie and Keith in Moray, Scotland, the proposed wind farm consists of 16 turbines with a total installed capacity of up to 105 MW and a maximum tip height of 200 metres.
The proposed wind farm near Fort Augustus in the Scottish Highlands comprises 31 turbines with a total capacity of up to 481 MW and a maximum tip height of 200 metres.
The proposed wind farm near Welshpool in Powys, Wales, consists of 19 turbines with a total capacity of up to 135 MW and a maximum tip height of 200 metres.
Located near Grantown-on-Spey in the Scottish Highlands, the proposed wind farm consists of 17 turbines with a total capacity of 100 MW and a tip height of 180 metres.
Quantans Hill wind farm has a planned total capacity of 90 MW. The project, located near Carsphairn in Dumfries and Galloway, Scotland, consists of 14 turbines with a tip height of 200 metres.
The proposed wind farm is located near Dalmellington in East Ayrshire, Scotland. It consists of 11 turbines with a total capacity of 92 MW and a tip height of 200 metres.
Located around 25 kilometres off the coast of Falkenberg in Halland County, the Kattegatt Syd offshore wind farm is being developed across an area of 103 square kilometres.
The planned Poseidon floating wind farm could make a significant contribution to renewable energy supply in the Västra Götaland region.
Vattenfall and Zephyr are planning the floating offshore energy park Vidar in northern Skagerrak, around 25 kilometres west of the Väderöarna islands.
Muir Mhòr is a 50/50 joint venture between Vattenfall and Fred. Olsen Seawind. Located off Scotland’s east coast, the floating wind farm could deliver up to 1 GW of electricity by the early 2030s.
Nordlicht I, located in the German North Sea, will comprise 68 wind turbines of 15 MW each, with a total installed capacity of 980 MW.
Nordlicht II, located in the German North Sea, will consist of 44 wind turbines of 15 MW each, with a total installed capacity of 630 MW.
Solar and battery project designed to ease grid congestion through energy storage.
Solar park project with local ownership, enabling Brummen residents to share in its economic benefits. Part of the park’s profits will also be reinvested in the local community.
Vattenfall plans to convert the Juktan hydropower plant into a pumped-storage power plant. A feasibility study shows that the conversion is both economically viable and technically feasible.
To meet the growing demand for electricity, new nuclear power generation is planned on the Värö Peninsula, next to the existing Ringhals nuclear power plant.
The Korsnäs project is Finland's first industrial-scale offshore wind farm, with a planned capacity of 1.3–2.5 GW and an annual production of up to 5–7 TWh of fossil-free electricity.
Our biodiversity projects
Discover how we protect and enhance nature through biodiversity projects across our operations and value chain.
Circularity projects
Explore how circularity is put into practice across Vattenfall. These examples show how reusing materials can reduce emissions, resource use and impacts on biodiversity.
Our power plants
Get to know our heating and power plants above 5 MW, as well as our smaller solar parks, and discover how much electricity and heat they produce.
See also
To meet the unprecedented challenges we are facing, acceleration is needed.
We are driving the transition towards a fossil-free energy system.
We are working with customers and partners to enable fossil freedom.