Highlights
- Carnegie Clean Energy (ASX:CCE) closed at AUD 0.21 on 12 November 2026.
- CETO Buoyant Actuator fabrication was completed in October.
- Initial offshore deployment was scheduled for November 2026.
- The programme targets full grid connection in spring 2027.
Carnegie Clean Energy Limited (ASX:CCE) develops ocean-energy technologies, including its submerged CETO wave-energy converter. The stock finished the 12 November 2026 session at AUD 0.21. The company’s October disclosures outlined completion of the buoyant actuator fabrication for its ACHIEVE programme, preparation for the first offshore deployment stage in November and further assembly work before planned grid connection in 2027. The milestones relate to technology demonstration and do not represent commercial electricity Revenue from a completed generating fleet.
Company Business
Carnegie works on capturing energy from ocean waves through CETO technology and related applications, including marine operations. Its ACHIEVE programme is centred on the Biscay Marine Energy Platform in the Basque Country, Spain. The programme is designed to demonstrate technical operation, offshore handling and grid-connected performance. Offshore energy hardware requires fabrication, transport, mooring, mechanical integration, electrical systems and testing. Performance evidence from a demonstration project is different from a contracted commercial installation or recurring electricity sales.
ACHIEVE Deployment Milestones
In an announcement dated 29 October 2026, Carnegie said fabrication of the CETO Buoyant Actuator was complete. The structure was being prepared for transport to the Port of Bilbao, followed by quayside activity and deployment at the Biscay Marine Energy Platform. The company scheduled an initial stage beginning in November, involving mooring installation and deployment of the actuator. The structure’s offshore installation is intended to test towing methodology, hydrodynamic stability and operational logistics before full subsea power-system integration.
Power Take-Off Development
Power take-off modules were being assembled with a specialist supplier, while fitting tests inside the buoyant actuator had been completed. The company planned onshore testing before integrated subsea deployment and grid connection in spring 2027. This sequencing separates initial buoyant-structure deployment from later power-generation testing. Successful Placement of a structure in the water would not, by itself, establish sustained electricity production or the commercial Economics of an array. Testing results remain necessary to understand actual capability.
Quarterly Activity and Funding
Carnegie’s report for the quarter ended 30 September 2026 described the completed actuator fabrication, progress with mechanical assembly and preparations for offshore operations. The company increased an existing Loan Facility to AUD 3.5 million and extended its Maturity to June 2027 to align with expected project milestone cash flows. This funding change provides a reporting point for Liquidity but does not remove development expenditure. Later cash-flow disclosures will clarify project spending, funding movements and the financial resources available for remaining tests.
Additional Research Projects
The company also disclosed approval of a test plan for a United States aquaculture-related project supported under the TEAMER initiative. The project was valued at USD 194,000, with funding awarded to a project partner and Carnegie acting as a technical support recipient. The research concerns integration of distributed wave-energy converters into offshore fish-farming infrastructure. The arrangement is an applied engineering study rather than confirmation of future commercial orders, and its technical outcomes will require assessment when project work is reported.
Risks and What to Watch
Marine-energy technology faces offshore weather, installation, mechanical reliability, electrical integration and capital-funding risks. Testing schedules can change when suppliers, ports or marine conditions affect deployment. Technical validation also does not automatically establish a commercially competitive electricity cost. Carnegie’s staged programme identifies initial offshore works in November 2026 and further integration and grid connection in spring 2027. Future releases can clarify completed installation, system performance, testing expenditure and any revisions to the sequence.
Key Insights
Carnegie Clean Energy (ASX:CCE) has moved its CETO demonstration programme from fabrication toward staged offshore installation. Its 2026 disclosures provide distinct milestones for buoyant actuator deployment, module testing and later grid connection. The technical and financial outcomes of those stages will determine what can be established from the programme; anticipated commercial applications remain separate from verified project results.






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