Multi-Sensors Systems using Semi-Active Control for Monitoring and Diagnoses of the Power Systems

The work presents the studies and research in order to implement new techniques concerning semi-active control of the magneto rheological dissipaters dynamic systems with applications to the antivibration isolating systems and the reducing of structural vibrations of the power systems. Starting with a new technique of active control with magneto rheological dissipaters of dynamic systems' vibrations is developed a real time control system in distributed and decentralized structure which allows the reducing of the vibration level, eliminating the resonance frequency, monitoring and diagnoses of power systems for smart microgrid.