Swedish project developer Landinfra Energy has commenced the consultation process for its offshore wind power project, Falkenberg-Halmstad, situated off the coast of Halland, Sweden. The proposed wind farm will feature between 55 and 80 turbines, with an estimated production capacity exceeding 5 TWh annually—enough to surpass Halland's yearly electricity consumption.
The consultation process marks the formal start of the permitting phase, with Landinfra engaging with relevant authorities and stakeholders to shape the project's environmental impact assessment and overall approval pathway. The environmental permitting process is expected to take up to three years, focusing on identifying the scope of necessary studies and assessments.
Marcus Landelin, CEO and co-founder of Landinfra, highlighted the company's commitment to collaborating with stakeholders to ensure favorable conditions for renewable energy production, bolstering Sweden's green energy transition. The Falkenberg-Halmstad project is seen as a key contributor to Sweden's future electricity supply and industrial electrification efforts in Halland County.
Located in relatively shallow waters, the project will utilize bottom-fixed foundations, minimizing the cost of grid connection. Additionally, with the potential to produce more than 5 TWh annually, it may attract new energy-intensive industries to the region.
In line with Sweden's strategic push for wind power development, the Swedish government has introduced financial incentives for municipalities hosting wind farms, further supporting the growth of renewable energy infrastructure.
Landinfra Energy is advancing a broader portfolio of offshore wind projects within Swedish territorial waters, aiming to bring significant new capacity online by 2030. The total potential capacity of its projects is estimated to reach around 6 GW, adding approximately 26-29 TWh to Sweden's renewable electricity production and contributing to the country's energy transition.
