Design and operation of power systems with large amounts of wind power
Final summary report, IEA WIND Task 25, Phase three 2012–2014
H Holttinen (VTT Technical Research Center of Finland)
J Kiviluoma (VTT Technical Research Center of Finland)
Alain Forcione (IREQ/Hydro Quebec)
M Milligan (National Renewable Energy Laboratory)
CJ Smith (UVIG)
Jody Dillon (UCD)
M O'Malley (UCD)
J Dobschinski (Fraunhofer IWES)
Serafin van Roon (FfE)
Nicolaos Cutululis (Technical University of Denmark (DTU))
A Orths (Energinet.dk)
Peter Børre Eriksen (Energinet.dk)
Enrico Maria Carlini (Terna)
A Estanqueiro (LNEG)
Ricardo Bessa (Institute for Systems and Computer Engineering, Technology and Science (INESC TEC))
L Söder (KTH Royal Institute of Technology)
Hossein Farahmand (SINTEF)
Jose Rueda Torres (TU Delft - Electrical Engineering, Mathematics and Computer Science)
Bai Jianhua (SGERI)
Junji Kondoh (University of Tokyo)
Ivan Pineda (Wind Europe)
G Strbac (Imperial College London)
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Abstract
This report summarises recent findings on wind integration from the 15 countries participating in the International Energy Agency (IEA) Wind collaboration research Task 25 from 2012–2014. Both real experience and studies are reported. The national case studies address several impacts of wind power on electric power systems. In this report, they are grouped under long-term planning issues and short-term operational impacts. Long-term planning issues include grid planning and capacity adequacy. Short-term operational impacts include reliability, stability, reserves, and maximising the value of wind in operational timescales (balancing related issues).
The first section presents the variability and uncertainty of power system-wide
wind power, and the last section presents recent wind integration studies for
higher shares of wind power. Appendix provides a summary of ongoing research
in the national projects contributing to Task 25 from 2015–2017.
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