Baltic TSOs Develop Coordinated Offshore Grid Plan for 2040 with 13GW Interconnectors and 50GW Wind Capacity
Transmission system operators from eight Baltic states have unveiled a coordinated offshore grid and wind development plan aimed for 2040, proposing 13GW of new interconnectors and up to 50GW of offshore wind capacity. The initiative, which aligns with national and European energy strategies, anticipates significant reductions in system costs, price peaks, and CO₂ emissions, positioning the Baltic region as a potential net exporter of electricity to Europe. This study serves as a model for enhanced European cooperation ahead of the upcoming North Sea summit in Hamburg.
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Transmission system operators from eight Baltic states have released a study detailing a coordinated offshore grid and wind development plan through 2040. The Baltic Offshore Grid Initiative's analysis identifies approximately 13GW of new interconnectors and up to 50GW of additional offshore wind capacity.
The modeling indicates high utilization of these connections, leading to reduced system costs, price peaks, and CO₂ emissions. This study aligns with national plans and the European TYNDP, emphasizing the relationship between offshore wind and hydrogen systems.
The Baltic region is projected to become a net exporter of electricity to Europe. The identified interconnector projects are deemed robust across various scenarios and are positioned as a model for broader European cooperation ahead of the North Sea summit in Hamburg. The eight involved TSOs are 50Hertz, AST, Elering, Energinet, Fingrid, Litgrid, PSE, and Svenska Kraftnät.
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