France's EDF looking to bring in investors for its SMR project

• Nuward's redesigned reactor will produce 400 megawatts of electricity and 115 MW of heat, targeting industrial users for stable baseload power
• First prototype expected online in 2035, with plans to build one reactor per year until completing four units across two countries
• China aims to begin commercial SMR production by end of 2024, ahead of Western competitors like Westinghouse's prototype in Canada

Summary: France's EDF Seeks Investors for Small Modular Reactor Project

Key Developments:

French state-owned utility EDF announced plans to bring in investors for its small modular reactor (SMR) subsidiary Nuward by end of 2026. The company is seeking European customers and industrial partners to help develop an initial series of reactors.

Company Background:

EDF generates approximately 70% of France's electricity from its fleet of 57 reactors. The utility previously scrapped its original Nuward design after determining it was too costly and has since redesigned the project.

Technical Specifications:

• Nuward's reactor designed to produce 400 megawatts of electricity and 115 megawatts of heat
• Suitable for supplying stable baseload power to industrial users
• Target: 30 small reactors in service by 2050

Timeline:

• Final reactor design expected by end of 2026
• Commercial launch potentially from 2029 (per Financial Times report)
• First prototype anticipated online in 2035
• Build rate: one reactor annually until completing four units across two countries

Market Context:

While no SMR has been mass-produced yet, dozens of companies are competing to commercialize the technology, which supporters view as a more flexible and affordable low-carbon power source than traditional nuclear plants. China aims to begin commercial SMR production by year-end 2025, leading Western competitors. The most advanced Western project is Westinghouse's prototype in Darlington, Canada.

Financial Details:

EDF did not disclose Nuward's valuation or capital raising targets.