MoorPower’s Commercial Future Hinges on Unlocking Investment After Design Phase
Carnegie Clean Energy has secured $335,020 in funding from the Blue Economy CRC to progress the preliminary design of its MoorPower commercial pilot, aiming to revolutionize offshore aquaculture energy use.
- Blue Economy CRC awards $335k for MoorPower commercial pilot design
- Partnership with Huon Aquaculture, Advanced Composite Systems Australia, and University of Tasmania
- Project builds on successful 2024 MoorPower Scaled Demonstrator
- Focus on optimizing MoorPower for offshore aquaculture feeding barges
- Funding aims to unlock investment for first commercial deployment
Funding Secures Next Step for MoorPower
Carnegie Clean Energy (ASX, CCE) has taken a significant stride toward commercializing its wave energy technology with a $335,020 grant from the Blue Economy Cooperative Research Centre (CRC). This funding will support the preliminary design phase of the MoorPower Commercial Pilot Project, which aims to deploy wave-generated power systems on offshore aquaculture feeding barges.
The MoorPower system, derived from Carnegie’s established CETO wave energy technology, is designed to replace diesel generators currently used in offshore aquaculture operations. This shift promises to reduce operational costs, carbon emissions, and environmental risks associated with diesel fuel use in the expanding aquaculture sector.
Collaborative Effort Across Industry and Academia
Carnegie is collaborating with key partners including Huon Aquaculture, Advanced Composite Systems Australia, and the University of Tasmania. These partnerships bring together expertise in aquaculture operations, composite materials, and marine engineering to refine the MoorPower design for commercial-scale applications. The project also benefits from the contributions of specialist subcontractors, with an additional in-kind support valued at approximately $417,000.
The design work will focus on scaling and optimizing the MoorPower system to meet the specific operational parameters of feeding barges, including mooring configurations and compliance requirements. This detailed engineering phase follows the successful 2024 MoorPower Scaled Demonstrator Project, which validated the technology’s potential in real-world conditions.
Unlocking Investment and Commercial Deployment
Beyond design, the project aims to unlock further investment to enable the construction and operation of the first commercial MoorPower system. The collaboration with the Blue Economy CRC is crucial in bridging the gap between demonstration and commercial deployment, signaling growing confidence in wave energy’s role within the Blue Economy.
As the aquaculture industry continues to move offshore, the demand for clean, reliable, and cost-effective energy solutions is intensifying. MoorPower’s wave energy approach offers a promising alternative to diesel, aligning with broader sustainability goals and regulatory pressures to reduce carbon footprints.
Carnegie’s progress with MoorPower highlights the evolving landscape of marine renewable energy technologies and their integration into commercial industries. The coming months will be critical as the company advances design milestones and seeks to secure the capital necessary for pilot deployment.
Bottom Line?
Carnegie’s MoorPower edges closer to commercial reality, but investment and deployment timelines remain key watchpoints.
Questions in the middle?
- What is the expected timeline for the MoorPower commercial pilot deployment?
- How will the partnership with Huon Aquaculture influence operational integration and scaling?
- What are the projected cost savings and emissions reductions compared to diesel generators?