Boston / New York / Shenzhen / Beijing / Kunming / /
Company
O( w ) Bv / National Key Laboratory / Electric Power Systems / Power Apparatus Systems / /
Country
Jordan / China / /
Currency
pence / / /
Facility
Power System Technology / Institute of System Science / University of Hong Kong / Tsinghua University / Power System Stability / N. J. Prentice Hall / Power System Dynamic Security Region / Stable Manifold We / National Key Laboratory of Power Systems In Shenzhen / Stable Manifold Theorem / The stable / Tsinghua-HKU Shenzhen Power System Research Institute / / /
IndustryTerm
dynamic security assessment tool / transmission network / controllable devices / large-scale power systems / electrical power systems / dynamical systems / energy functions / technology advancement / Potential applications / tensor product / energy management system / nonlinear autonomous dynamical systems / bulk power systems / power systems / ancillary services / control devices / tested using simple power systems / /
Organization
University of Hong Kong / Hong Kong / State Key Lab of Power Systems / Chinese Academy of Sciences / Tsinghua University / Beijing / Academy of Mathematics and Systems Science / National Natural Science Foundation of China / Institute of System Science / Research Grant Council of HKSAR / P. R. China / and Tsinghua-HKU Shenzhen Power System Research Institute / /
Person
F. Feng / Y. Zeng / Cheng et.al / Y. X. Yu / Felix F. Wu / Qiang Lu / Shengwei Mei / / /
Position
Prime Minister / maximum Pm for secure operation / corresponding author / u=Pm / structure preserving model for power system stability analysis / /
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