A frequency and voltage control strategy based on a decentralized communication-less approach is proposed in this work applied to Photovoltaic-Storage-Microturbine islanded Microgrids (MGs). The the Model Predictive Control (MPC) technique. Thanks use of local measurements, each source can nullify steady-state errors by means dedicated MPC controller. Consequently, unifies advantages classic dr...

Abstract As a potential control resource of the load side, fused magnesium can effectively make up for loss primary frequency modulation capacity system, in which conventional units are replaced by new energy sources. However, is closely related to operating condition and changes dynamically. It necessary accurately characterize its determine optimal declared participating service. According te...

There are several application areas where the simultaneous measurement of rates of rotation about three mutually orthogonal axes is required. In this paper the principle features of a 3-axis vibrating ring gyroscope are described. The fabrication process for the gyroscope is presented and employs standard MEMS techniques. The modal properties for the ring are measured experimentally using laser...

The issue of frequency stability of microgrids under islanded operation mode and mode transfer has attracted particular attention recently. In this paper, a cooperative frequency control method, which consists of a microgrid central control (MGCC) and microgrid local control (MGLC), is proposed to achieve a seamless transfer from grid-connected to islanded mode, and hence increase the frequency...

Virtual inertia controllers (VICs) for wind turbine generators (WTGs) have been recently developed to compensate the reduction of in power systems. However, VICs can induce drivetrain torsional oscillations WTGs. This paper addresses this issue and develops a novel nonlinear VIC based on objective holographic feedback theory definition completely controllable system Brunovsky type. Simulation r...