Highlights

  • Carnegie Clean Energy (ASX:CCE) is preparing to deploy its first CETO unit at BiMEP in Spain.
  • The company has raised A$2.5 million to support deployment and Business development activities.
  • Regulatory approvals and key technical milestones have advanced the project toward commissioning.
  • Successful ocean testing could provide important data for CETO’s longer-term commercialisation pathway.

Carnegie Clean Energy (ASX:CCE) has returned to investor attention as its long-developed CETO wave-energy technology approaches a pivotal ocean deployment. The clean-energy developer is preparing to place its first CETO unit in the water off Spain, backed by fresh funding and a series of technical milestones.

At the time of writing on 28 August 2026, Carnegie Clean Energy was trading at AUD 0.21, up 17.78%, or AUD 0.032, for the session. The share-price movement is noted separately from the company’s operational developments and is not attributed to any specific announcement or catalyst.

For a company that has spent more than a decade pursuing commercial wave power, obtaining real-world ocean data could represent an important step in assessing whether its technology can progress beyond demonstration and toward larger commercial applications.

Recent Developments

Carnegie is preparing for the ocean deployment of its first CETO unit at the Biscay Marine Energy Platform (BiMEP) in Spain's Basque Country, targeted for October 2026.

The company has raised A$2.5 million through a Placement to complete the grid-connected deployment, support business development activities in Europe and the US, and advance multi-megawatt commercial projects.

Recent milestones include completion of the Electrical Module assembly by SEI in the Basque Country and progress on the Power Take-Off system at SKF's Facility in Germany. Carnegie has also secured Spanish regulatory approvals for grid connection and seabed occupation.

The company received a EuropeWave milestone payment of about A$103,000 and a US TEAMER programme award of roughly A$270,000 for aquaculture applications. Its existing Loan facility has also been extended to June 2027 to better align with the project timeline.

Together, these steps bring Carnegie Clean Energy (ASX:CCE) closer to testing CETO under real offshore operating conditions.

Business Overview

Carnegie Clean Energy is an Australian clean-energy developer built around two platforms.

Its flagship CETO technology is a fully submerged offshore wave-energy converter designed to generate zero-emission electricity — and potentially desalinated water — from ocean swell.

Alongside CETO, Carnegie develops microgrid and energy-storage solutions combining solar, batteries and other generation technologies for remote Mining operations, islands and off-grid industrial locations. This segment offers a potentially nearer-term pathway to commercial activity while CETO progresses through demonstration and development.

CETO remains at the demonstration and pre-commercial stage, meaning the company is not yet generating material Revenue from wave power.

Carnegie has also cultivated external partnerships to support development. These include collaboration with Hewlett Packard Enterprise to apply artificial intelligence and data-driven techniques aimed at improving CETO performance.

What Could Matter Next

The defining near-term milestone is the targeted October 2026 BiMEP deployment and the operational data expected from testing the system under real ocean conditions.

Successful commissioning, reliability results and continued progress through EuropeWave milestones could strengthen the technology’s commercialisation case.

The longer-term opportunity lies in scaling CETO toward multi-megawatt arrays. Demonstrating reliability, efficiency and acceptable costs will be essential if Carnegie is to move from individual demonstration units toward larger commercial projects.

Progress in the microgrid business could provide another avenue for development, particularly through project wins and revenue-generating opportunities.

Government grants, new funding arrangements and partnerships with utilities, technology companies or project developers could also influence Carnegie's ability to fund and accelerate commercialisation.

Risks and Watchpoints

Wave energy remains technically challenging and has yet to reach broad commercial adoption.

The planned offshore deployment depends on factors including vessel availability, supply-chain execution, commissioning schedules and weather conditions. Delays are therefore possible, while technical underperformance could weaken the commercialisation case.

As a development-stage company with limited revenue, Carnegie also faces funding risk. Additional Capital may be required to progress testing and larger-scale deployments, potentially leading to Shareholder dilution.

Commercial wave power at scale remains unproven, meaning successful demonstration does not automatically translate into economically competitive projects.

The company's longer-term prospects therefore depend on technical performance, continued funding access and its ability to demonstrate that CETO can operate reliably and economically at larger scale.

The Bottom Line

Carnegie Clean Energy's upcoming CETO deployment represents an important milestone in the development of its wave-energy technology.

The BiMEP project could provide the real-world operating data needed to validate key aspects of CETO's performance and strengthen the case for larger commercial applications.

However, Carnegie remains at a pre-commercial stage, and investors will need to watch deployment execution, technical performance, funding requirements and progress toward multi-megawatt projects closely. The October 2026 deployment could therefore become an important test of whether CETO can move another step closer to commercial viability.