Carnegie Wave Energy Designs and Builds the World’s First Operating Wave Farm with Model-Based Design

Uses MATLAB and Simulink to generate clean energy from ocean waves

NATICK, Mass.--MathWorks today announced that Carnegie Wave Energy has used Model-Based Design to design and build the world's only operating wave farm. MATLAB and Simulink enabled Carnegie Wave Energy's (Carnegie) engineers to develop unique technology for generating clean electric power from the ocean's waves.

As part of the Perth Wave Energy Project (PWEP), Carnegie needed to demonstrate the viability of its CETO technology, which generates power from ocean swells via submerged buoys. Engineers needed to analyze loads placed on mechanical components and to estimate energy output without building a scale model of the entire system. The team used Simulink and SimHydraulics to model the wave energy system, including hydraulic and electromechanical components, which minimized scale testing and offered critical design insights. MATLAB helped to analyze and visualize simulation and test data, and also accelerated sensitivity studies.

"We can't afford the time and expense of building and analyzing multiple physical prototypes," said Jonathan Fiévez, Chief Technology Officer at Carnegie. "Instead, we put the effort into virtual prototyping and getting the design right in Simulink. Simulation reduces risk and fosters innovation because we can use it to quickly test novel ideas."

"As companies work on technology to help generate clean energy, they need innovative ways to prove the systems they design will work --- without investing resources in building out a full scale model that may be far from final," said Graham Dudgeon, Energy Industry Manager, MathWorks. "With Model-Based Design, companies can iterate on and test virtual prototypes to quickly arrive at the most successful mix of components and models within the design."

Simulink was used to simulate a virtual prototype of the CETO 5 technology, where pumps actuated by the motion of the 11-meter-in-diameter buoys pressurize water to drive hydroelectric conversion devices, generating up to 240 kW of power per unit. After analyzing test result data in MATLAB to validate their models, engineers found that initial tests suggest a strong correlation between the modeled and measured results. Carnegie is currently working on CETO 6, which has a targeted power output of 1 MW per buoy and will be located offshore of Garden Island, Western Australia.

To learn more about Carnegie Wave's use of MATLAB and Simulink, read the user story, "Carnegie Wave Energy Designs and Builds the World's First Operating Wave Farm," and watch this video of the CETO 5 unit.

About MathWorks
MathWorks is the leading developer of mathematical computing software. MATLAB, the language of technical computing, is a programming environment for algorithm development, data analysis, visualization, and numeric computation. Simulink is a graphical environment for simulation and Model-Based Design for multidomain dynamic and embedded systems. Engineers and scientists worldwide rely on these product families to accelerate the pace of discovery, innovation, and development in automotive, aerospace, electronics, financial services, biotech-pharmaceutical, and other industries. MATLAB and Simulink are also fundamental teaching and research tools in the world's universities and learning institutions. Founded in 1984, MathWorks employs more than 3000 people in 15 countries, with headquarters in Natick, Massachusetts, USA. For additional information, visit

Featured Product

Solar FlexRack - The FlexRack Series G3L

Solar FlexRack - The FlexRack Series G3L

The FlexRack Series G3L is the latest fixed tilt racking system from Solar FlexRack. This system offers the speed and ease of installation unlike any on the market today. The system ships in a pre-assembled folded position and is simply unfolded and set into place on the jobsite. The speed of installation for the FlexRack Series G3L has been verified by a third party industrial time study institute. The FlexRack Series G3L offers unique module mounting options which allow the installer to use clips, direct bolt, or a combination of both for a flexible module mounting solution. The FlexRack Series G3L also offers integrated bonding and wire management options. Stop by our booth to see a demo of the FlexRack Series G3L and learn about our full product line of racking innovations.