Multi-index Nonlinear Coordinated Control for Battery Energy Storage System and Generator Excitation


Kang Li1 and Jie Wang 1 1 Department of Electrical Engineering, Shanghai Jiaotong University, Shanghai 200240, China


The power system model with Battery Energy Storage System (BESS) compensation devices which integrate classic third-order generator model and BESS model is deducted and established in this paper. Using multi-index nonlinear control design method, BESS and generator excitation are designed by coordinate control scheme for this model above. The controller proposed by this paper is good at improving the dynamic characteristics of state variables, so as to enhance the stable operation capacity of the system. Simulation demonstrates the effectiveness and practicality of the controller for onemachine infinite power system.


BESS; excitation and governor control; multiindex nonlinear control; coordinated control


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Springer Journals Database

Total: 14 articles

  • [1] A. Oudalov;D. Chartouni;C. Ohler;G. Linhofer, "Value Analysis of Battery Energy Storage Applications in Power Systems", Power Systems Conference and Exposition,
  • [2] D. Sutanto, "Energy storage system to improve power quality and system reliability,", Student Conference on Research and Development,
  • [3] M. Gordon, "Coupled and Decoupled Nonlinear Control of Generator Excitation and SVC,", IEEE Lausanne Power Tech,
  • [4] Z. Yao;N. Léchevin, "Issues on Nonlinear Control of Voltage Source FACTS Devices,", IEEE Conference on Control Applications,


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