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Title: Control of a SMES for mitigating subsynchronous oscillations in power systems: A PBC-PI approachAuthor: Gil-González W. / Montoya O.D. / Garces A.Language: InglésRepository: 61Subject: Particle swarm optimization / Proportional-integral passivity-based control / Subsynchronous oscillation / Superconducting magnetic energy storage / Benchmarking / Controllers / Electric energy storage / Electric power transmission / Feedback linearization / Magnetic storage / Particle swarm optimization (PSO) / Reactive power / Robustness (control systems) / Superconducting magnets / Two term control systems / Active and Reactive Power / Operating condition / Passivity based control / Primary frequencies / Series compensated transmission lines / Sub-synchronous oscillations / Superconducting magnetic energy storage system / Superconducting magnetic energy storages / Electric power system control
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Title: Passivity-based PI control of a SMES system to support power in electrical grids: A bilinear approachAuthor: Gil-González W. / Montoya O.D.Language: InglésRepository: 61Subject: Active and reactive power compensation / Bilinear proportional-integral control / Dc–dc chopper / Power ac microgrids / Superconducting magnetic energy storage / Voltage source converter / Choppers (circuits) / Controllers / Electric energy storage / Electric power utilization / Energy resources / Magnetic storage / MATLAB / Reactive power / Robustness (control systems) / Superconducting magnets / Two term control systems / Active and Reactive Power / DC choppers / Micro grid / Proportional-integral control / Superconducting magnetic energy storages / Voltage source converters / Electric power system control
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Title: Modeling and control of a small hydro-power plant for a DC microgridAuthor: Gil-González W. / Montoya O.D. / Garces A.Language: InglésRepository: 61Subject: DC microgrid / Passivity-based control / Reasonable assumptions / Small hydro-power plant / Controllers / Hydraulic motors / Hydroelectric power / Permanent magnets / Robustness (control systems) / Synchronous generators / Dc microgrid / Modeling and control / Non-linear controllers / Passivity based control / Permanent magnet synchronous generator / Small hydro power plants / Voltage source converters / Hydroelectric power plants
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Title: Control for EESS in Three-Phase Microgrids under Time-Domain Reference Frame via PBC TheoryAuthor: Montoya O.D. / Gil-González W. / Garces A.Language: InglésRepository: 61Subject: Active and reactive power control / Bilinear structure / Eelectrical energy storage systems / Hamiltonian formulation / Laypunov's stability / Passivity-based control theory / Control theory / Controllers / Electric power system control / Energy storage / Hamiltonians / MATLAB / Reactive power / Two term control systems / Active and reactive power controls / Dynamical performance / Electrical energy storage systems / Hamiltonian formulations / Matlab/Simulink software / Passivity based control / Passivity-based controllers / Proportional-integral control / Power control
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Title: Active and reactive power conditioning using SMES devices with PMW-CSC: A feedback nonlinear control approachAuthor: Gil-González W. / Montoya O.D.Language: InglésRepository: 61Subject: Active and reactive power compensation / Closed loop systems / Electric energy storage / Magnetic storage / Nonlinear feedback / Reactive power / Stability / Superconducting magnets / Time domain analysis / Voltage distribution measurement / Active and Reactive Power / Low voltage distribution network / Nonlinear feedback controllers / Nonlinear structure / Stability properties / Steady-state analysis / Superconducting magnetic energy storage system / Wind generator systems / Controllers
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Title: Direct power control of electrical energy storage systems: A passivity-based PI approachAuthor: Gil–-González W. / Montoya O.D. / Garces A.Language: InglésRepository: 61Subject: A low-voltage microgrid / Direct power model / Electrical energy storage system / PI passivity-based control / Port-Hamiltonian formulation / Controllers / Energy storage / Feedback linearization / Hamiltonians / Investments / MATLAB / Power control / Electrical energy storage systems / Low voltage microgrid / Passivity based control / Port hamiltonians / Power model / Electric power system control
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