Why it matters
The strategic read
Moves a purpose-built AI-era power project beyond a broad development concept and into named engineering, licensing and safety-analysis work with the gas-turbine and nuclear-technology supplier. The phased design uses gas to energize roughly a gigawatt of nearby data-center load before adding 1.5 GW of modular nuclear baseload, creating a concrete bridge between near-term compute demand and slower nuclear deployment.
Source-supported terms
What was disclosed
- 01
Blue Energy and GE Vernova Hitachi signed an agreement advancing engineering design, licensing and safety analysis for the Victoria project.
- 02
The planned facility pairs GE Vernova 7HA.02 gas turbines with GE Vernova Hitachi BWRX-300 small modular reactors.
- 03
Blue Energy plans to supply a nearby data center with approximately 1 GW from two gas turbines in 2030.
- 04
The developer then plans to add another 1.5 GW from up to five BWRX-300 reactors beginning in 2032.
- 05
The project remains subject to a final investment decision expected in 2027.
- 06
The primary release frames the project as a response to electricity demand from artificial intelligence and advanced manufacturing.
Disclosure boundary
What is known—and what is not
Development-stage engineering, licensing and safety-analysis agreement signed; final investment decision remains pending for 2027. The primary issuer release identifies the parties, Victoria location, generation technologies, 2.5 GW total plan, approximately 1 GW gas phase targeted for 2030, 1.5 GW nuclear phase beginning in 2032 and nearby data-center use. Public materials do not disclose project value, financing, land and water rights, gas-supply terms, power-purchase or utility-service agreements, the data-center customer, EPC awards, turbine or reactor purchase quantities as binding orders, permitting completion, interconnection terms, construction notice to proceed, power price, remedies or termination rights.