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GE Vernova’s Ontario Nuclear Plant Is Facing Delays And Rising Costs

Yahoo! Finance ·

Key points

  • Ontario Power Generation indicates the GE Vernova–Hitachi SMR project will exceed its initial budget and miss the October 2030 start date, highlighting delays and cost growth driving the setback.
  • The 300-megawatt unit carries an estimated price tag around $5.4 billion, with about $4.3 billion allocated to the primary unit and the remainder to shared infrastructure for future reactors.
  • On a per-kilowatt basis, direct expenses for the single unit exceed $14,000/kW, substantially higher than typical new natural gas plant costs near $2,500/kW, underscoring competitiveness challenges.
  • GE Vernova attributes delays to ongoing engineering adjustments and compounding supply-chain disruptions, while noting factors like engineering, procurement and construction as well as evolving market conditions, including inflation and geopolitical risks.
  • The project’s status contributes to a broader environment where other SMR developers such as Oklo, X-Energy and NuScale Power are navigating funding, regulatory, and technical hurdles.
  • Following the delay news, GE Vernova stock price showed a modest uptick of around 2%, reflecting a nuanced investor reaction amid ongoing program uncertainty.
  • Ontario Power Generation and GE Vernova each indicate a commitment to working through the issues to advance the project, though no revised timeline or definitive cost cap is provided.

Summary

GE Vernova’s 300-megawatt Ontario SMR project is experiencing cost overruns and a likely schedule slip, with start-up now expected to miss the October 2030 target as engineering changes and ongoing supply-chain disruptions unfold. The setback arrives as multiple next-generation nuclear developers face similar hurdles, potentially cooling momentum in the sector. GE Vernova has stressed its commitment to resolving issues amid market and inflationary pressures. The project remains notable for its high unit cost relative to traditional power options, underscoring broader questions about the economics of small modular reactors and long-term timelines for deployment.

This summary was written with AI. The full story has every detail.

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