Hungary has advanced its energy independence by agreeing to install small modular reactors (SMRs) developed by GE Hitachi, a U.S.-based company. This project seeks to offer a quicker and more adaptable solution than conventional nuclear power as the Paks II nuclear plant faces ongoing delays. The memorandum of understanding involves Hungary’s Hunatom and Poland’s Synthos Green Energy, signaling a collaborative effort in Central Europe.
The potential construction of up to ten BWRX-300 reactors in Hungary over the next decade illustrates the country’s intention to modernize its energy strategy and diversify its sources. The technology is designed to not only integrate with traditional electricity grids but also support industrial parks and other high-energy facilities.
This initiative is part of a wider regional collaboration, which includes various countries from the Baltic to the Black Sea, enhancing strategic ties between NATO members and the U.S. The project aligns with the U.S. government’s FIRST program, which promotes the responsible use and deployment of SMRs globally. This program aims to bolster energy security, cut carbon emissions, and improve economic efficiency.
Hungary’s Energy Minister Csaba Lantos emphasized the need for nuclear technology that can be rapidly deployed. Recent discussions between Hungarian officials and their U.S. counterparts have focused on the practical applications of SMR technology in Hungary. The agreement signifies a long-term commitment to reducing reliance on energy imports while fostering domestic industry and innovation.
The introduction of SMRs also serves as an alternative to Russian technology, reflecting Hungary’s shifting geopolitical landscape. The BWRX-300 reactor model is seen as a viable solution to the uncertainties surrounding the Paks II project, which is being constructed by the Russian firm Rosatom and is experiencing extensive delays. As Hungary’s electricity demand continues to rise, the urgency for additional capacity grows, and SMR technology presents a faster, less infrastructure-dependent option.
Each BWRX-300 reactor can generate up to 300 megawatts of electricity, potentially supplying power to 200,000 to 300,000 households annually. This modular design requires less land and simplifies the permitting process compared to traditional large-scale reactors. Safety is a key design feature, as the BWRX-300 is built to withstand natural disasters like earthquakes and floods while using significantly less cooling water—a critical advantage amid climate change challenges.
The U.S.-Hungary SMR deal represents more than a simple energy investment; it signals Hungary’s readiness to embrace Western technological advancements. By diversifying its energy portfolio through smaller, faster, and more sustainable nuclear reactors, Hungary aims to meet the challenges of the evolving global energy market. The coming years will indicate how effectively Hungary can implement this ambitious shift and bolster its energy sovereignty.
