The agreement facilitates the securing of necessary permits and approvals, as well as the development of the supply chain.
The EDA, effective for nine months until early 2026, ensures continued collaboration between PEJ and the consortium. It refines the remuneration structure, strengthens PEJ’s oversight of project execution, and improves work acceptance processes. The agreement covers ongoing preparatory, geotechnical, and engineering tasks essential for developing the plant’s technical design, securing permits, and establishing a robust supply chain.
Dan Lipman, president of Westinghouse Energy Systems, stated: “With the signing of the engineering development agreement (EDA), we can continue our close co-operation with Polish Nuclear Power Plants (PEJ) to utilise the proven, advanced AP1000 reactor technology in this groundbreaking project. This project will not only provide Poland with a reliable, baseload source of affordable clean energy for many years to come, but will also generate billions of z?otys in investment, positively impacting Poland’s gross domestic product and creating thousands of jobs during the investment and for many decades during the plant’s operational life.”
Bechtel, a partner in the consortium, has been active at the site since May 2024, conducting geological drilling over 20km with involvement from Polish and international contractors. Craig Albert, Bechtel’s president and chief operations officer, said: “As the project enters its next phase – including advanced geological surveys and site engineering – Bechtel is deeply committed to working with PEJ, Westinghouse, local businesses and residents. This project is critical to strengthening Poland’s energy independence, driving sustainable economic growth, supporting local businesses and creating high-quality jobs. We are proud to play a role in this critically important undertaking for Poland’s future.”
The project requires a final engineering, procurement, and construction contract, pending European Commission approval for 60 billion zlotys ($16 billion) in public funding. Poland aims to secure this approval by the end of 2025 to start construction of the first unit in 2028, with completion targeted for 2036 and full operation by 2040.
The nuclear power plant, utilizing Westinghouse’s AP1000 reactor technology, is expected to deliver reliable, clean energy while boosting Poland’s economy through significant investments and job creation. The collaboration with local and international partners underscores the project’s role in fostering sustainable growth and enhancing energy security in the region.
