Wave energy potential in Lithuania

Lithuania, with a coastline of approximately 90 kilometers and a coastal population of around 14%. While the average wave energy density is moderate at 2.5 kilowatts per meter, the theoretical annual potential reaches a promising 9 Terawatt hours. This is significant, exceeding roughly 0.65 times Lithuania’s electricity consumption, which stood at 13.9 Terawatt hours in 2016..

Total coastline

90 km

Coastal population %

14%,

Average wave energy density

2.5 kW/m

Annual wave energy theoretical potential

9 TWh/y

Total electricity consumption

13.9 TWh

Wave Energy VS. Gross electricity production

0.65 times

Total coastline

90 km

Coastal population %

14%

Average wave energy density

2.5 KW/m

Annual wave energy theoretical potential

9 TWh/y

Total electricity consumption

13.9 TWh

Wave Energy VS. Gross electricity production

0.65 times

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NoviOcean’s 1 MW hybrid solution seamlessly combines wave, wind, and solar energy in one device, creating a powerful and efficient clean energy source. It sets new standards for integration and performance.

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Experience unparalleled efficiency with NoviOcean, producing twice the energy with half the weight compared to alternative solutions. This translates to not just performance but also cost-effectiveness in the realm of clean energy.

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Wave energy: 5x denser than wind, 10x solar, available 24/7, highly predictable.

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