–

–

The total coastlines of Germany is :

2,389 km On Baltic Sea and North Sea‎

Coastal population percentage :

9%

The average wave energy :

12.5 KW/m

Wave energy theoretical potential :

262 TWh/y

Wave energy applicable potential :

13 TWh/y

Total electricity consumption:

536.5 TWh (2016)

Tide & Wave energies sharing to the total electricity production :

0 MWh (0.00%)

Wave energy index : wave energy applicable potential % Electricity consumption

2%

–

–

The total coastlines of South Korea :

2,413 km on Yellow Sea , East China Sea and Sea of Japan (East Sea)

Coastal population percentage :

40%

The average wave energy :

2.5 KW/m

Wave energy theoretical potential :

53 TWh/y

Wave energy applicable potential :

3 TWh/y

Total electricity consumption:

507.6 TWh (2016)

Tide & Wave energies sharing to the total electricity production :

496,000 MWh (0.09%)

Wave energy index : wave energy applicable potential % Electricity consumption

0.6%

–

–

The total coastlines of Peru is :

2,414 km on Pacific Ocean

Coastal population percentage :

40%

The average wave energy :

17.5 KW/m

Wave energy theoretical potential :

370 TWh/y

Wave energy applicable potential :

18.5 TWh/y

Total electricity consumption:

44.6 TWh (2016)

Tide & Wave energies sharing to the total electricity production :

0 MWh (0.00%)

Wave energy index : wave energy applicable potential % Electricity consumption

41%

–

–

The total coastlines of Iran :

2,440 km on Gulf of Oman , Persian Gulf and Caspian Sea

Coastal population percentage :

15%

The average wave energy :

3 KW/m

Wave energy theoretical potential :

64 TWh/y

Wave energy applicable potential :

3 TWh/y

Total electricity consumption:

236.3 TWh (2016)

Tide & Wave energies sharing to the total electricity production :

0 MWh (0.00%)

Wave energy index : wave energy applicable potential % Electricity consumption

1%

–

–

the total length of coastlines in Panama is :

2,490 km On The Pacific Ocean and the Caribbean Sea

Coastal population percentage :

90%

The average wave energy :

7.5 KW/m

Wave energy theoretical potential :

164 TWh/y

Wave energy applicable potential :

8 TWh/y

Total electricity consumption:

8.71 TWh (2016)

Tide & Wave energies sharing to the total electricity production :

0 MWh (0.00%)

Wave energy index : wave energy applicable potential % Electricity consumption

92%

–

–

The total coastlines of North Korea :

2,495 km on the Yellow Sea and Sea of Japan

Coastal population percentage :

60%

The average wave energy :

2.5 KW/m

Wave energy theoretical potential :

55 TWh/y

Wave energy applicable potential :

2.75 TWh/y

Total electricity consumption:

13.89 TWh (2016)

Tide & Wave energies sharing to the total electricity production :

0 MWh (0.00%)

Wave energy index : wave energy applicable potential % Electricity consumption

20%

–

–

The total coastlines of French Polynesia is :

2,525 km In South Pacific Ocean

Coastal population percentage :

90%

The average wave energy :

35 KW/m

Wave energy theoretical potential :

774 TWh/y

Wave energy applicable potential :

39 TWh/y

Total electricity consumption:

0.63 TWh (2016)

Tide & Wave energies sharing to the total electricity production :

0 MWh (0.00%)

Wave energy index : wave energy applicable potential % Electricity consumption

6,190%

–

–

The total coastlines of Vanuatu is :

2,528 km In South Pacific Ocean

Coastal population percentage :

90%

The average wave energy :

25 KW/m

Wave energy theoretical potential :

554 TWh/y

Wave energy applicable potential :

28 TWh/y

Total electricity consumption:

0.06 TWh (2016)

Tide & Wave energies sharing to the total electricity production :

0 MWh (0.00%)

Wave energy index : wave energy applicable potential % Electricity consumption

47,790%