Floating nuclear power plants could redefine the energy landscape for coastal areas, ports, and islands. This ambitious initiative is led by Westinghouse Electric Company and Core Power, two leaders in energy innovation, who have announced their collaboration to develop a plant using the eVinci microreactor.
The concept of floating power plants combines advanced nuclear reactor technology with the efficiency of shipyard manufacturing. Thanks to their portability and centralized construction, these units can be easily deployed in areas where land-based infrastructure is limited or difficult to establish. The eVinci microreactor, at the heart of the project, is distinguished by its minimal maintenance needs and its ability to operate for eight years at full power without refueling.
A strategic partnership for clean and reliable energy
Westinghouse and Core Power have signed a cooperation agreement to advance the design and regulatory approaches for these floating systems. The eVinci microreactor technology relies on heat pipe systems and innovative components, enabling unprecedented maritime and industrial applications. The project also aligns with carbon reduction goals by providing a clean, flexible energy solution.
According to Mikal Bøe, CEO of Core Power, this partnership is a “true game changer” for nuclear customers. “There is no net-zero without nuclear. These turnkey installations, deployed via sea, offer a concrete response to the growing demand for clean and reliable electricity,” he said.
Multiple perspectives for eVinci technology
Jon Ball, President of eVinci Technologies at Westinghouse, sees this agreement as an opportunity to demonstrate the versatility of microreactors. “These technologies can not only meet the needs of isolated communities but also contribute to disaster relief efforts,” he explained.
The eVinci microreactor operates like a battery, delivering between several kilowatts and 5 megawatts of electricity. Its high-temperature heat production is also suitable for industrial uses such as hydrogen production. This flexibility allows it to complement renewable energy in hybrid systems. In September, Westinghouse reached a major milestone by submitting a preliminary safety design report for reactor testing at the Idaho National Laboratory.
Towards a new era for maritime nuclear technology
Core Power is investing in the construction of a civil nuclear program for maritime transport and heavy industries within OECD (Organization for Economic Cooperation and Development) countries. This approach could transform maritime energy systems, paving the way for wider adoption of nuclear technologies across various sectors.
Together, Westinghouse and Core Power aim to make floating nuclear power plants accessible, reliable, and suited to the demands of the modern world, contributing to a global energy transition.
