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

Wave energy potential in Ukraine Ukraine, with a coastline stretching 2,782 kilometers and a coastal population of around 30%. While the average wave energy density is moderate at 2.5 kilowatts per meter, the theoretical annual potential reaches a promising 61 Terawatt hours. This is a significant amount, exceeding Ukraine’s electricity consumption (13.32 Terawatt hours in 2016) by a factor of five. Total coastline 2,782 km Coastal population % 30% Average wave energy density 2.5 kW/m

Wave energy potential in Romania Romania, boasting a coastline of approximately 280 kilometers and a coastal population of around 25%. While the average wave energy density is moderate at 4 kilowatts per meter, the theoretical annual potential reaches a promising 11 (TWh). exceeding one-sixth (0.17 times) of Romania’s electricity consumption, which stood at 64.12 TWh in 2018. Total coastline 280 km Coastal population % 25% Average wave energy density 4 kW/m Annual wave energy theoretical potential

Wave energy potential in Bulgaria Bulgaria, with a coastline stretching 354 kilometers and a significant coastal population of around 22%, holds promise for wave energy generation. While the average wave energy density is moderate at 4.75 kilowatts per meter, the theoretical annual potential reaches a promising 15 (TWh). This is roughly six times Bulgaria’s current electricity consumption, which stood at 64.12 TWh in 2018). Total coastline 354 km Coastal population % 22% Average wave energy

Wave energy potential in Croatia Iceland’s dramatic 4,970 km coastline and high coastal population (90%) position it as a prime candidate Croatia, boasting a 5,835 kilometer coastline and a 35% coastal population, holds immense potential for wave energy generation. While the average wave energy density is moderate at 2.5 kilowatts per meter, the theoretical annual potential reaches a staggering 128 Terawatt hours. This is a significant amount, 8 times the exceeding Croatia’s electricity consumption (16

Wave energy potential in Montenegro Montenegro, with its scenic 294 km coastline and a significant coastal population (60%), possesses exciting potential for wave energy generation. While the average wave energy density is moderate at 2.5 kW/m, the theoretical annual potential reaches a promising 7 (TWh). This is a substantial amount, exceeding Montenegro’s current electricity consumption (1.21 TWh in 2016) by a factor of 6. Total coastline 294 km Coastal population % 60% Average wave energy

Wave energy potential in Estonia Estonia, with its impressive 3,794 km coastline and a sizeable coastal population (60%), holds promising potential for wave energy generation. The average wave energy density, while moderate at 2.5 kW/m, translates into a remarkable theoretical annual potential of 82 (TWh). This is a significant amount, exceeding Estonia’s current electricity consumption (8.80 TWh in 2016) by a factor of 9. Total coastline 3,794 km Coastal population % 60 % Average wave

Wave energy potential in Cyprus Cyprus, with its 648 km coastline and a high coastal population (90%), boasts significant potential for wave energy generation. The island nation harnesses an average wave energy density of 12.5 kW/m, translating to a remarkable theoretical annual potential of 71 (TWh). This is a staggering 16 times its current electricity consumption (4.36 TWh in 2016). Total coastline 648 km Coastal population % 90% Average wave energy density 12.5 KW/m Annual

Wave energy potential in Albania Albania’s 450 km coastline and 50% coastal population hold promise for wave energy generation. The average wave energy density of 2.5 kW/m translates to a theoretical annual potential of 10 (TWh). This is an exciting prospect, exceeding Albania’s current electricity consumption of 7.13 TWh (2016) by a factor of 1.4. Total coastline 450 km Coastal population % 50% Average wave energy density 2.5 kW/m Annual wave energy theoretical potential 10

Wave energy potential in Iceland Iceland’s dramatic 4,970 km coastline and high coastal population (90%) position it as a prime candidate for wave energy development. With impressive average wave energy density of 35 kW/m, the theoretical annual potential reaches a staggering 1,524 (TWh). This is a remarkable 85 times Iceland’s current electricity consumption (17.68 TWh in 2018). Total coastline 4,970 km Coastal population % 90% Average wave energy density 35 kW/m Annual wave energy theoretical