IEEJ Transactions on Power and Energy
Online ISSN : 1348-8147
Print ISSN : 0385-4213
ISSN-L : 0385-4213
Paper
Suppression of Large-scaled PV Power Station Output Fluctuation using Sodium-Sulfur Battery
Motoki AkatsukaRyoichi HaraHiroyuki KitaTakamitsu ItoYoshinobu UedaShuya MiwaNaoya MatsunoKatsuyuki TakitaniMasami Saito
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2010 Volume 130 Issue 2 Pages 223-231

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Abstract
The large-scaled photovoltaic generation (PV) system that called “mega-solar” is expected to spread for penetrating PV system. But penetration of mega-solar may impact to stable operation of power system such as the load frequency control. As the one of solution for this problem, energy storage system (ESS) is tentatively installed to absorb short-term fluctuation of PV output. However, since the ESS is still expensive, it is favorable to reduce its required capacity of ESS for saving installation cost. In Wakkanai PV power station, sodium-sulfur (NAS) battery system is adopted as ESS and is operated to achieve suppression of short-term fluctuation and scheduled operation. In this paper, authors propose a control method of NAS battery system for reducing its MW capacity required for fluctuation suppressing based on characteristic of solar radiation.
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© 2010 by the Institute of Electrical Engineers of Japan
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