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Baltic Power delivers its first electricity and marks the beginning of offshore wind in Poland

Baltic Power supplied offshore wind electricity to the Polish grid for the first time, consolidating offshore development in the Baltic Sea.
Baltic Power entrega su primera electricidad y marca el inicio de la eólica marina

The Baltic Power offshore wind farm reached a significant technical milestone by supplying electricity to Poland’s national grid for the first time. The project, developed by Northland Power and ORLEN, represents the country’s first offshore wind complex and is one of the most relevant energy developments currently under construction in the Baltic Sea.

The initial entry into operation confirms the correct functioning of the generation, transmission, and grid connection systems, allowing progress toward full commercial commissioning scheduled for the second half of 2026.

A project that inaugurates a new energy industry

Located approximately 23 kilometers off the Polish coast, Baltic Power will have a total installed capacity of 1.1 GW through 76 Vestas wind turbines of 15 MW each.

The initial generation marks the start of the progressive commissioning process for the farm, a critical phase in any offshore development. During this stage, electrical systems, power converters, offshore substations, and transmission stability are verified before reaching full commercial operation.

Once completed, the project will produce around 4 TWh annually, a volume sufficient to supply more than 1.5 million homes and significantly reduce Poland’s dependence on imported fossil fuels.

The technical importance of first power

In power generation engineering, the concept of “first power” goes far beyond turning on a turbine. It represents the comprehensive validation of the entire energy chain connecting the wind resource to the final consumer.

To achieve this breakthrough, it is necessary to coordinate mechanical, electrical, electronic, and control systems operating both offshore and onshore. The synchronization of frequency, voltage, and power quality with the national grid constitutes one of the most complex challenges during the commissioning phase.

Baltic Power also demonstrates the ability to integrate high-power wind turbines into a national electrical system, a trend that is transforming transmission engineering in Europe.

The Baltic Sea consolidates as a new European offshore hub

The commissioning of Baltic Power confirms the growing strategic importance of the Baltic Sea for European energy development.

For years, offshore leadership was mainly concentrated in the North Sea. However, countries such as Poland, Estonia, Latvia, and Lithuania are promoting new energy corridors capable of diversifying the regional electricity supply and reinforcing the continent’s energy security.

The project also highlights the technological evolution of the industry. The 15 MW turbines installed at Baltic Power are among the most powerful currently manufactured in Europe, allowing for more energy production with fewer units and optimizing the use of available maritime space.

Source: https://northlandpower.com/

Photo: Shutterstock

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He has more than 40 years in the oil and gas industry and is an expert in Level I Ultrasonic maintenance and inspection. His commitment to excellence ensures the reliability of critical equipment. He stands out for his vast experience, comprehensive understanding of methodologies and adaptability to new technologies.