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Carnegie Clean Energy — Technical Presentation (November 2026)
12 slides from Carnegie Clean Energy's technical presentation, Nov 9, 2026
Slide 1: ACHIEVE Programme Objectives
C AR N E G I E C L E AN E N E R G Y ACHIEVE Programme Objectives Validating next-generation CETO technology and its commercial potential through the 80 kW ACHIEVE demonstrator
Slide 2: A first-of-a-kind offshore demonstration
AC H I E V E P R O G R AM M E C O N T E X T A first-of-a-kind offshore demonstration Simple as possible, but not simpler We believe that economic solutions need high energy extraction for the capital expended. CETO balances simplicity with 80 kW performance and commercial viability. Time invested up
Slide 3: Six CETO objectives
AC H I E VE PR O G R AM M E: D EM O N ST R AT I N G C O M M E R C I AL , T E C H N I C A L AN D O P E R AT I O N A L O B J EC T I VES F O R C O M M E R C I AL- S C A L E C ET O Six CETO objectives 01 Commercial objectives Modular, scalable and accepted due to fully submerged design 02 Energy capture
Slide 4: Commercial objectives
OBJECTIVE 01 Commercial objectives ACHIEVE will validate features designed to reduce lifecycle costs, simplify deployment and maintenance, support large-scale manufacturing and maximise community support. Modular architecture Fully submerged operation Aims to ease fabrication, transport, assembly an
Slide 5: Energy capture and power conversion
O B J E C T I V E 0 2 · C AP AC I T Y F AC T O R Energy capture and power conversion What ACHIEVE will test The power production of CETO, validating models showing commercial deployments can achieve capacity factors 30–50% consistent with pre-deployment modelling. Where it applies expected capacity
Slide 6: More energy from a smaller footprint that’s hidden from view
O B J E C T I V E 0 2 · S P AT I AL D E N S I T Y More energy from a smaller footprint that’s hidden from view CETO Commercial (forecast) 30 MW/km² Offshore wind (typical) 6 MW/km² ACHIEVE energy production data will support validation of the spatial density forecasts. 06
Slide 7: Advanced control system evaluation
OBJECTIVE 03 Advanced control system evaluation HPE collaboration Joint work shaped the control algorithm design Algorithms designed to optimise power capture while managing AI – Reinforcement learning and machine learning structural and operational loads will Controller that learns and wave predict
Slide 8: Survivability and reliability
OBJECTIVE 04 Survivability and reliability A range of active and passive strategies are built into the CETO design and will be demonstrated. Extreme seas Position adjusts Output continues Survivability strategies come The system moves within the Integrity is maintained while into play water column s
Slide 9: Operations and maintenance
OBJECTIVE 05 Operations and maintenance Maintenance within existing port infrastructure, with minimal offshore intervention. Quayside PTO swaps Structure stays put Fewer offshore needs Power take-off and electrical The primary structure remains in Reduced reliance on large, modules are rapidly remov
Slide 10: Technology development progress
OBJECTIVE 06 Technology development progress 2015 2019 2026 Earlier CETO generations Digital Development pathway ACHIEVE Programme Prior deployments reached A strategic step back in TRL that Demonstrating multiple moorings, TRL 7/8. delivered step-change improvements. rotary PTO and advanced control
Slide 11: From design advances to funding
C O M M E R C I AL P AT H W AY From design advances to funding TOP RANKED EUROPEWAVE SUPPORTING COST OF ENERGY PROGRAMME POSITION ASSESSMENT Design advances developed during the Digital ACHIEVE is generating data for cost of energy Development Pathway unlocked CETO’s top ranking assessments. The ini
Slide 12: Aligned with Europe’s ocean energy goals
M AR K E T C O N T E X T Aligned with Europe’s ocean energy goals Europe remains the primary target market. Carnegie also actively engages with other jurisdictions with suitable wave resources, energy market conditions and customer requirements. 1 GW 40 GW of installed EU ocean energy capacity by of
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