Analysis of Technical Possibilities of Photovoltaic and Wind Sources Playing in an Ancillary Service of Frequency and Power Regulation
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Abstract
Together with a growing share of renewable energy sources (RES) in the generation sector of power systems, the interest of power grid operators in the possibilities of their use for regulation purposes is growing. The possibility and level of impact of RES on the frequency and power regulation process are determined by the properties of particular RES. The paper analysed the potential technical possibilities of photovoltaic and wind sources playing a part in an ancillary service of frequency and power regulation. Technical restrictions conditioning the availability of this service were specified.
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References
Lubośny Z., Farmy wiatrowe w systemie
elektroenergetycznym, Warszawa 2009.
Lerch T., Stany dynamiczne elektrowni
wiatrowej z maszyną indukcyjną
dwustronnie zasilaną, dysertacja
doktorska, Akademia Górniczo-Hutnicza
w Krakowie, 2010.
Muljadi E. i in., Understanding Inertial
and Frequency Response of Wind Power
Plants, IEEE Symposium on Power
Electronics and Machines in Wind
Applications, Denver, lipiec 2012.
Instrukcja Ruchu i Eksploatacji Sieci
Przesyłowej, PSE SA, 2014.
Tan Y.T., Impact on the power system with
a large penetration of photovoltaic generation,
dysertacja doktorska, The University
of Manchester Institute of Science and
Technology, 2004.
Przewodnik planowania, Sunny Tripower
SMA Solar Technology AG, 2015.
Ulbig A., Borsche T.S., Andersson G.,
Impact of Low Rotational Inertia
on Power System Stability and
Operation, Proceedings of the 19th
IFAC World Congress, 2014. DOI:
3182/20140824-6-ZA-1003.02615.
Halinka A., Rzepka P., Szablicki M.,
Systemy automatyki częstotliwościowego
odciążania i bilansowania mocy
czynnej obszarów sieciowych, Przegląd
Elektrotechniczny 2014, nr 8 (90).
Klimpel A., Odciążanie jako ostateczny
środek obrony KSE, Elektroenergetyka
, nr 3–4 (13–14).
Klempke H. i in., Impact of High Wind
Generation Penetration on Frequency
Control, Universities Power Engineering
Conference (AUPEC), 2010.
Machowski J., Białek J.W., Bumby J., Power
System Dynamics: Stability and Control,
John Wiley & Sons, 2008.
Machowski J., Regulacja i stabilność
systemu elektroenergetycznego, Oficyna
Wydawnicza Politechniki Warszawskiej,
Sorensen P. i in., Modeling of Wind Farm
Controllers, EWEC 2006, Ateny.
Christiansen P., The Horns Rev Offshore
Project – Wind Farm main Controller,
Billund, 2004.
Wang-Hansen M., Josefsson R.,
Mehmedovic H., Frequency Controlling
Wind Power Modeling of Control
Strategies, IEEE Transactions on
Sustainable Energy 2013, nr 4.