Westinghouse and Hyundai to Develop AP1000 Reactors at Bulgaria’s Kozloduy Nuclear Plant

Partnership to Boost Bulgaria’s Energy Security with AP1000 Reactors

Westinghouse Electric Company and Hyundai Engineering & Construction have formed a strategic partnership. Together, they will develop two AP1000 nuclear reactors at Bulgaria’s Kozloduy Nuclear Power Plant (NPP). This initiative will significantly enhance the country’s energy security. Additionally, it will contribute to a cleaner, more sustainable energy future. The AP1000 reactors are among the most advanced Generation III+ designs. They promise to reduce Bulgaria’s reliance on fossil fuels.

Key Project Details and Timeline

The collaboration comes under a 12-month engineering services contract. Westinghouse and Hyundai will oversee site planning, reactor design, and assist with licensing and permitting. The first AP1000 reactor is expected to begin commercial operation by 2035. This project marks a key step for Bulgaria as it seeks to expand its clean energy capacity and improve energy security.

Local Industry Involvement and Job Creation

As part of the project, Westinghouse has signed memoranda of understanding (MoUs) with 22 Bulgarian suppliers. This move promotes local industry participation. It is expected to foster high-quality job creation and boost the local economy. Furthermore, the project will contribute to long-term energy security. It aims to modernize Bulgaria’s nuclear energy sector and support its growth.

Strategic Location and Historical Context

The Kozloduy plant, located on the Danube River 200 km north of Sofia, has played a vital role in Bulgaria’s nuclear energy history. Since launching its first reactor in 1970, it has been central to the country’s nuclear energy landscape. The new AP1000 reactors will upgrade the facility, adding state-of-the-art technology. This marks a significant milestone in Bulgaria’s nuclear energy journey.

Safety and Efficiency Features of AP1000 Reactors

The AP1000 reactors are designed with advanced safety features. They incorporate passive safety systems, modular construction, and a compact footprint. These reactors offer both efficiency and safety. In fact, they are among the most efficient reactor designs available. They provide a sustainable and safe solution to meet Bulgaria’s growing energy demands. Additionally, they support global efforts to promote cleaner nuclear power.

Bulgaria’s Energy Independence and Future Prospects

Westinghouse Energy Systems’ president, Dan Lipman, emphasized that the project will enhance Bulgaria’s energy independence. It will also provide a reliable and stable power source for the future. The AP1000 reactor development is part of a broader international effort. Over 30 AP1000 reactors are planned globally. This initiative will help transition the world toward safer, cleaner energy solutions.