High wave and offshore wind energy potentials are located along the West and North coasts of Europe, respectively. In the near future, these resources should significantly contribute to the European electricity mix, but there is hardly any grid infrastructure available for large scale integration of offshore renewable energy sources. According to this, the paper covers i) public and private initiatives for offshore transmission networks, ii) the synergies between the wave and the offshore wind energy sector within an offshore grid, iii) power transmission options for offshore generation and iv) the challenges ahead of the realisation of an offshore grid
Massive deployment of offshore wind is a core building block of the EU’s climate and energy strategy...
Offshore wind energy has developed rapidly in terms of turbine and project size, and currently under...
With growing wind power penetrations in many countries, grid and system integration becomes more and...
Estimates for the amount of potential wave energy in the world range from 1-10 TW. The World Energy ...
Prediction of local scour caused by offshore wind turbine foundations using empirical formulae or nu...
This project covers two fields of study:a) Wave energy predictability and electricity markets.b) Var...
2Over the years wave energy has gradually been brought into focus, as it has become clear that the f...
Offshore wind farms are complex systems, influenced by boththe environment (e.g. wind, waves, curren...
This paper aims at identifying the options for designing an offshore electricity grid and the legal ...
This paper aims at giving an overview of the developments researchers at the Department of Civil Eng...
PublishedThis is the author accepted manuscript. The final version is freely available from Taylor &...
This paper presents the aim, the work and the findings of a PhD project entitled "Harmonics in Large...
Offshore wind has become a large component of the renewable energy ambitions of many coastal states....
A large number of offshore windmill farms have been constructed, more are currently under constructi...
This paper presents results on wave overtopping and loading on an innovative caisson breakwater for ...
Massive deployment of offshore wind is a core building block of the EU’s climate and energy strategy...
Offshore wind energy has developed rapidly in terms of turbine and project size, and currently under...
With growing wind power penetrations in many countries, grid and system integration becomes more and...
Estimates for the amount of potential wave energy in the world range from 1-10 TW. The World Energy ...
Prediction of local scour caused by offshore wind turbine foundations using empirical formulae or nu...
This project covers two fields of study:a) Wave energy predictability and electricity markets.b) Var...
2Over the years wave energy has gradually been brought into focus, as it has become clear that the f...
Offshore wind farms are complex systems, influenced by boththe environment (e.g. wind, waves, curren...
This paper aims at identifying the options for designing an offshore electricity grid and the legal ...
This paper aims at giving an overview of the developments researchers at the Department of Civil Eng...
PublishedThis is the author accepted manuscript. The final version is freely available from Taylor &...
This paper presents the aim, the work and the findings of a PhD project entitled "Harmonics in Large...
Offshore wind has become a large component of the renewable energy ambitions of many coastal states....
A large number of offshore windmill farms have been constructed, more are currently under constructi...
This paper presents results on wave overtopping and loading on an innovative caisson breakwater for ...
Massive deployment of offshore wind is a core building block of the EU’s climate and energy strategy...
Offshore wind energy has developed rapidly in terms of turbine and project size, and currently under...
With growing wind power penetrations in many countries, grid and system integration becomes more and...