The Power Systems in Denmark, Portugal, Spain, Ireland, and Germany have some of the highest wind penetrations in the world, as shown in Table 1. The management of the different power systems to date,with increasing amounts of wind energy, has been successful.There have been no reported incidents in which wind has directly or indirectly been a major factor causing operational problems on the system. In some areas with high wind penetration, however, the transmission system operator (TSO) had to increase remedial actions signifi cantly in order to decrease the loading of system assets during times of high wind power infeed. In some areas, the risk of faults may have increased. Higher targets for wind power will mean even higher penetration ...
The first offshore wind power farm was built in 1991 (in Denmark) but the diffusionof wind turbines ...
The 2001/77/CE Renewable Energies European Directive together with Kyoto Protocol ratification by m...
The world climate changing is driving the electric power production towards renewable energy sources...
The power systems in Denmark, Portugal, Spain, Ireland, and Germany have some of the highest wind pe...
This report summarises recent findings on wind integration from the 17 countries and Wind Europe par...
In this paper the existing technical barriers that prevent the accomplishment of a very high wind ge...
The success of wind power integration throughout Europe has been largely varied with some European c...
The need to control climate changes and the increase in fossil-fuel costs stimulate the ever-growing...
The integration of renewable energy sources, including wind power, in the adequacy assessment of ele...
Installed wind power world wide is increasing rapidly. The increase in wind power in the European el...
The contribution of renewable energies (in particular of wind power) to the electrical power generat...
Denmark has the World?s highest penetration of wind power in electricity generation with a share of ...
Generation capacity adequacy is a major issue in most power systems, but there are many approaches w...
In order to comply with governmentally announced greenhouse gas emission reductions goals and to con...
International audienceIn Europe, offshore wind energy plays a key role in the transition to renewabl...
The first offshore wind power farm was built in 1991 (in Denmark) but the diffusionof wind turbines ...
The 2001/77/CE Renewable Energies European Directive together with Kyoto Protocol ratification by m...
The world climate changing is driving the electric power production towards renewable energy sources...
The power systems in Denmark, Portugal, Spain, Ireland, and Germany have some of the highest wind pe...
This report summarises recent findings on wind integration from the 17 countries and Wind Europe par...
In this paper the existing technical barriers that prevent the accomplishment of a very high wind ge...
The success of wind power integration throughout Europe has been largely varied with some European c...
The need to control climate changes and the increase in fossil-fuel costs stimulate the ever-growing...
The integration of renewable energy sources, including wind power, in the adequacy assessment of ele...
Installed wind power world wide is increasing rapidly. The increase in wind power in the European el...
The contribution of renewable energies (in particular of wind power) to the electrical power generat...
Denmark has the World?s highest penetration of wind power in electricity generation with a share of ...
Generation capacity adequacy is a major issue in most power systems, but there are many approaches w...
In order to comply with governmentally announced greenhouse gas emission reductions goals and to con...
International audienceIn Europe, offshore wind energy plays a key role in the transition to renewabl...
The first offshore wind power farm was built in 1991 (in Denmark) but the diffusionof wind turbines ...
The 2001/77/CE Renewable Energies European Directive together with Kyoto Protocol ratification by m...
The world climate changing is driving the electric power production towards renewable energy sources...