European balancing act

Thomas Ackermann; Juan Rivier Abbad; Ivan M. Dudurych; Istvan Erlich; Hannele Holttinen; Jesper Runge Kristoffersen; Poul Ejnar Sorensen

doi:10.1109/MPE.2007.906511

European balancing act

Thomas Ackermann, Juan Rivier Abbad, Ivan M. Dudurych, Istvan Erlich, Hannele Holttinen, Jesper Runge Kristoffersen, Poul Ejnar Sorensen

DOES - Design and Operation of Energy Systems

Research output: Contribution to journal › Article › Scientific › peer-review

206 Citations (Scopus)

Abstract

Wind power integration into power systems has two dimensions: an economical one related to optimization of the resources and a fair sharing of the cost, and a technical one related to security of supply. The economical dimension is first observed in the allocation and use of reserves that can incur increased costs for the power system operation. The actual impact of adding wind generation in different balancing areas can vary depending on local factors. Comparing European studies, some general aspects to reduce integration costs were identified, such as aggregating wind plant output over large geographical regions, larger balancing areas, and operating the power system closer to the delivery hour. In regard to the technical dimension, appropriate grid codes, in particular FRT and frequency control requirements, are essential to allow high wind penetration levels (>15%).

Original language	English
Pages (from-to)	90-103
Journal	IEEE Power and Energy Magazine
Volume	5
Issue number	6
DOIs	https://doi.org/10.1109/MPE.2007.906511
Publication status	Published - 2007
MoE publication type	A1 Journal article-refereed

Keywords

wind
wind energy
wind power
wind power fluctuations
wind power variations
wind variations

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

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10.1109/MPE.2007.906511

Cite this

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title = "European balancing act",

abstract = "Wind power integration into power systems has two dimensions: an economical one related to optimization of the resources and a fair sharing of the cost, and a technical one related to security of supply. The economical dimension is first observed in the allocation and use of reserves that can incur increased costs for the power system operation. The actual impact of adding wind generation in different balancing areas can vary depending on local factors. Comparing European studies, some general aspects to reduce integration costs were identified, such as aggregating wind plant output over large geographical regions, larger balancing areas, and operating the power system closer to the delivery hour. In regard to the technical dimension, appropriate grid codes, in particular FRT and frequency control requirements, are essential to allow high wind penetration levels (>15%).",

keywords = "wind, wind energy, wind power, wind power fluctuations, wind power variations, wind variations",

author = "Thomas Ackermann and Abbad, {Juan Rivier} and Dudurych, {Ivan M.} and Istvan Erlich and Hannele Holttinen and Kristoffersen, {Jesper Runge} and Sorensen, {Poul Ejnar}",

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T1 - European balancing act

AU - Ackermann, Thomas

AU - Abbad, Juan Rivier

AU - Dudurych, Ivan M.

AU - Erlich, Istvan

AU - Holttinen, Hannele

AU - Kristoffersen, Jesper Runge

AU - Sorensen, Poul Ejnar

PY - 2007

Y1 - 2007

N2 - Wind power integration into power systems has two dimensions: an economical one related to optimization of the resources and a fair sharing of the cost, and a technical one related to security of supply. The economical dimension is first observed in the allocation and use of reserves that can incur increased costs for the power system operation. The actual impact of adding wind generation in different balancing areas can vary depending on local factors. Comparing European studies, some general aspects to reduce integration costs were identified, such as aggregating wind plant output over large geographical regions, larger balancing areas, and operating the power system closer to the delivery hour. In regard to the technical dimension, appropriate grid codes, in particular FRT and frequency control requirements, are essential to allow high wind penetration levels (>15%).

AB - Wind power integration into power systems has two dimensions: an economical one related to optimization of the resources and a fair sharing of the cost, and a technical one related to security of supply. The economical dimension is first observed in the allocation and use of reserves that can incur increased costs for the power system operation. The actual impact of adding wind generation in different balancing areas can vary depending on local factors. Comparing European studies, some general aspects to reduce integration costs were identified, such as aggregating wind plant output over large geographical regions, larger balancing areas, and operating the power system closer to the delivery hour. In regard to the technical dimension, appropriate grid codes, in particular FRT and frequency control requirements, are essential to allow high wind penetration levels (>15%).

KW - wind

KW - wind energy

KW - wind power

KW - wind power fluctuations

KW - wind power variations

KW - wind variations

U2 - 10.1109/MPE.2007.906511

DO - 10.1109/MPE.2007.906511

M3 - Article

SN - 1540-7977

VL - 5

SP - 90

EP - 103

JO - IEEE Power and Energy Magazine

JF - IEEE Power and Energy Magazine

IS - 6

ER -

European balancing act

Abstract

Keywords

UN SDGs

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