Tuesday, September 21, 2021
Baltic Power appoints financial advisor for the project
A consortium comprising Pekao Investment Banking and Green Giraffe has been mandated as financial advisor for the offshore wind farm project Baltic Power. The two companies will be responsible for raising funding for the project, which is due to start in 2024, with commercial operation planned in 2026.
The role of the advisor will be to develop a complete concept of raising funds for the project along with an execution schedule. The consortium will also prepare the required documentation and establish contacts with potential partners.
The consortium we have selected combines two features that are vital to us – in-depth knowledge of the Polish market and a long track record of raising capital for offshore wind projects. Financing large-scale offshore projects is still new to local financial institutions. The combined knowledge and experience of the two companies will help with effective fundraising and will set the course for the financing of similar ventures in the Baltic Sea,’ notes Jarosław Broda, President of the Baltic Power Management Board.
The companies selected in the process have the required expertise and experience in providing financial advisory to energy projects. Pekao Investment Banking is a Polish company with an over 20-year track record of providing comprehensive advisory services focused on developing financial strategies and structuring and implementing fundraising processes for energy and other projects. Green Giraffe is an international financial advisory firm headquartered in Germany, specialising in the renewable energy sector. With its operating history dating back to 2010, the company has been involved in raising finance for projects with a total capacity of over 100 GW, most of them located in Europe. The advisor’s offshore wind experience includes participation in the financing of 14 projects with a total capacity of just under 5 GW.
The 1.2 GW Baltic Power offshore wind project is implemented by PKN ORLEN in partnership with Northland Power of Canada. The project site, with an area of approximately 131 km2, is located about 23 km north of the Baltic coastline, near Łeba and Choczewo.
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Friday, July 10, 2026
A historic milestone for offshore wind energy in Poland: at the Baltic Power farm a joint venture of ORLEN and Northland Power - the first turbines have successfully passed the required tests and supplied first offshore wind power to the national energy grid. Polskie Sieci Energetyczne confirmed the receipt of energy at the onshore substation in nearby Choczewo. More than 50 out of the 76 turbines are already installed at the offshore wind farm, and the installation campaign is scheduled to be completed later this year.
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Monday, June 22, 2026
50 turbines installed at the Baltic Power offshore wind farm. Key testing phase soon to commence
Poland’s first offshore wind farm Baltic Power – a joint venture project of ORLEN and Northland Power – confirmed successful installation of the 50th of 76 turbines. The crucial phase of mandatory power and infrastructure tests is about to commence in the upcoming weeks. The end of installation campaign is expected in the 2nd half of 2026.
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Monday, June 8, 2026
Once the construction phase finishes, for around 30 years, a service base in Łeba shall become an operations and maintenance center of Baltic Power offshore wind farm. The project, developed jointly by ORLEN and Northland Power, has announced the signing of the first key contracts for the operational phase with a significant participation of Polish suppliers.
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Tuesday, March 24, 2026
Baltic Power highlights safety as core priority during Safety Day
On the 23rd of March 2026 across all offshore, onshore and office locations of the Baltic Power project, employees and contractors paused their daily activities to take part in Safety Day - a health, safety and environment (HSE) initiative aimed at strengthening awareness of the responsible safety practices that come with delivering an infrastructure project of such scale and complexity.
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