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A Study on the Decoupled Control of the Active and Reactive Power using Instantaneous Power Control Theory

  • 발행 : 1999.06.01

초록

In this paper, we propose the algorithm which can control active power and reactive power independently in Battery Energy Storage System. The proposed algorithm is based on the instantaneous power theory that the inner product of the voltage vector and current vector represents the active power and the cross product of those represents the reactive power, and it can control active power and reactive power independently. To verify the validity of the proposed algorithm, we make model of the real power system in th KERI and simulate this algorithm. As a result of this simulation, we verified that the proposed algorithm can control active power and reactive power independently.

키워드

참고문헌

  1. IEE Proc.-B v.140 no.1 Small Battery Energy Storage System C.M. Liaw;T.H. Chen;S.J. Chiang;C.M. Lee;C.T. Wang
  2. IEEE Trans. on Indust. Electron. v.37 no.1 A. Study on the Theroy of Instantaneous Reactive Power T. Furuhashi;S. Okuma;Y. Uchikawa
  3. Proc. of Power Quality Lead-Acid Batteries Energy Storage System for Decoupled Control of Real and Reactive Power G. Bisciglia;P. Cesario;L. Puglisi;G. Sciutto
  4. IEEE Trans. on Instrum. and Measur. v.45 no.1 Generalized Instantaneous Reactive Power Theory for Three-Phase Power Systems F.Z. Peng;J.S. Lai
  5. IEEE Trans. on Industrial Electronics v.37 no.1 A Study on the Theory of Instantaneous Reactive Power Takeshi Furuhashi(et. al)