In order to reach the European climate and energy targets, a future with even more wind power in the grid is to be expected. Therefore, the wind power plants will have to contribute to the safe operation of the power system through delivery of ancillary services more frequently. One of those ancillary services is reserve power, which is achieved by down-regulating the wind farm from its maximum possible power. The estimation of that maximum possible (or available) active power of a down-regulated wind farm is crucial as it is the amount of the loss production to be compensated during mandated curtailment and the amount of up-regulation potential which can be traded as reserve power on the ancillary services market.

Most of the European Transmission System Operators (TSOs) address the quality assessment of the available and / or reserve power calculations, particularly at the wind farm level. However, currently Energinet.dk, UK National Grid, EirGrid, and / or Elia have no real way to determine exactly the possible power of a whole wind farm which is down-regulated.


Remember to join us on Offshore Wind Energy 2017 in London!

- Tuhfe Göçmen "Uncertainty Quantification of the Real-Time Larsen Wake Model"   Tuesday 6 June 2017, 16:30-17:45

- Gregor Giebel "Concert - Control and uncertainties in real-time power curves of offshore wind power plants" poster Wednesday 7 June 2017, 15:30 - 16:15

Also in Wind Energy Science Conference, WESC 2017 in Copenhagen!

- Tuhfe Göçmen & Gregor Giebel & Juan Pablo Murcia Leon "Parameter Uncertainty Reduction of the Re-calibrated Larsen Wake Model"   26-29 June 2017

































Gregor Giebel
Senior Researcher
DTU Wind Energy
+45 46 77 50 95
Tuhfe Göçmen
DTU Wind Energy
+45 61 39 62 41