Massive deployment of offshore wind is a core building block of the EU’s climate and energy strategy. So-called ‘hybrid assets’ can be used to connect offshore wind to the onshore grid. A hybrid asset is a connection between at least two countries, to which offshore wind farms are also connected. The connection transports offshore-generated electricity to shore, while facilitating electricity trade through additional interconnection capacity. The current EU Electricity Market Regulation is not fit for this purpose, holding back the development of hybrid assets. This article discusses the legal issues regarding hybrid assets, and a promising solution: offshore bidding zones
In this article we examine the legal frameworks for developing oil, gas and wind energy in the North...
Onshore, generators are connected to the transmission grid by TSOs. This regulatory model could simp...
Offshore wind has become a large component of the renewable energy ambitions of many coastal states....
Massive deployment of offshore wind is a core building block of the EU’s climate and energy strategy...
Through the joint ‘North Seas Countries Offshore Grid Initiative’ the states bordering the North Sea...
Offshore wind power development is expected to play an important role in meeting the EU climate targ...
Offshore wind has become a large component of the renewable energy ambitions of many coastal states....
Most North Sea states consider the expansion of offshore wind energy as substantially contributing t...
To enable offshore wind in the North Sea to take a key, rapid role in the European energy transition...
A legal framework for a transnational offshore grid in the North Sea Most North Sea states consider ...
Floating offshore wind (FOW) has the potential to play a key role in many states' decarbonization po...
In this article we examine the legal frameworks for developing oil, gas and wind energy in the North...
European consumers are willing to pay more for “green” electricity, as they highly value renewable e...
In this article we examine the legal frameworks for developing oil, gas and wind energy in the North...
Onshore, generators are connected to the transmission grid by TSOs. This regulatory model could simp...
Offshore wind has become a large component of the renewable energy ambitions of many coastal states....
Massive deployment of offshore wind is a core building block of the EU’s climate and energy strategy...
Through the joint ‘North Seas Countries Offshore Grid Initiative’ the states bordering the North Sea...
Offshore wind power development is expected to play an important role in meeting the EU climate targ...
Offshore wind has become a large component of the renewable energy ambitions of many coastal states....
Most North Sea states consider the expansion of offshore wind energy as substantially contributing t...
To enable offshore wind in the North Sea to take a key, rapid role in the European energy transition...
A legal framework for a transnational offshore grid in the North Sea Most North Sea states consider ...
Floating offshore wind (FOW) has the potential to play a key role in many states' decarbonization po...
In this article we examine the legal frameworks for developing oil, gas and wind energy in the North...
European consumers are willing to pay more for “green” electricity, as they highly value renewable e...
In this article we examine the legal frameworks for developing oil, gas and wind energy in the North...
Onshore, generators are connected to the transmission grid by TSOs. This regulatory model could simp...
Offshore wind has become a large component of the renewable energy ambitions of many coastal states....