Expansion of wind power is an important element in Danish climate change abatement policy. Starting from a high penetration of approx 20% however, momentary excess production will become an important issue in the future. Through energy systems analyses using the EnergyPLAN model and economic analyses it is analysed how excess productions are better utilised; through conversion into hydrogen of through expansion of export connections thereby enabling sales. The results demonstrate that particularly hydrogen production is unviable under current costs but transmission expansion could be profitable particularly if transmission and dispatch companies operate under a feed-in tariff system
Time series simulations of an example of a realistic modified energy system in Denmark 2030, assumin...
Udgivelsesdato: OCTThe paper presents the ability of different energy systems and regulation strateg...
The EU has decided upon a common goal that 20% of its energy should come from renewable power sourc...
With growing wind power penetrations in many countries, grid and system integration becomes more and...
Wind power supplies 20% of the annual electricity demand in Denmark, while 50% is produced by combin...
In 2006, the Danish Society of Engineers developed a visionary plan for the Danish energy system in ...
The paper argues that a new offensive green energy policy should be established in Denmark both secu...
In a normal wind year, Danish wind turbines generate the equivalent of approx. 20 percent of the Dan...
The electrical energy consumption continues to grow and more applications will be based on electrici...
The European Union recently decided to increase its climate ambition for 2030 and aims to reach clim...
Compressed air energy storage system (CAES) is a technology which can be used for integrating more f...
In this paper, it is shown that in support of its ability to improve the overall economic cost-effec...
Denmark has the World?s highest penetration of wind power in electricity generation with a share of ...
The EU has decided upon a common goal that 20% of its energy should come from renewable power sour...
The EU has decided upon a common goal that 20% of its energy should come from renewable power sour...
Time series simulations of an example of a realistic modified energy system in Denmark 2030, assumin...
Udgivelsesdato: OCTThe paper presents the ability of different energy systems and regulation strateg...
The EU has decided upon a common goal that 20% of its energy should come from renewable power sourc...
With growing wind power penetrations in many countries, grid and system integration becomes more and...
Wind power supplies 20% of the annual electricity demand in Denmark, while 50% is produced by combin...
In 2006, the Danish Society of Engineers developed a visionary plan for the Danish energy system in ...
The paper argues that a new offensive green energy policy should be established in Denmark both secu...
In a normal wind year, Danish wind turbines generate the equivalent of approx. 20 percent of the Dan...
The electrical energy consumption continues to grow and more applications will be based on electrici...
The European Union recently decided to increase its climate ambition for 2030 and aims to reach clim...
Compressed air energy storage system (CAES) is a technology which can be used for integrating more f...
In this paper, it is shown that in support of its ability to improve the overall economic cost-effec...
Denmark has the World?s highest penetration of wind power in electricity generation with a share of ...
The EU has decided upon a common goal that 20% of its energy should come from renewable power sour...
The EU has decided upon a common goal that 20% of its energy should come from renewable power sour...
Time series simulations of an example of a realistic modified energy system in Denmark 2030, assumin...
Udgivelsesdato: OCTThe paper presents the ability of different energy systems and regulation strateg...
The EU has decided upon a common goal that 20% of its energy should come from renewable power sourc...