Adaptive non-linear control of three-phase four-wire Shunt active power filters for unbalanced and nonlinear loads

The principle of shunt active power filter (SAPF) is to cancel the harmonic and reactive currents as well as the neutral current (generated by disturb- ing loads) by injecting

The proposed solution facilitates the use of several low – power active filters in the same facility, close to each problematic load, preventing the circulation

L’amitié est alors un soutien pour apprendre à marcher correctement, ou du moins à cheminer au mieux dans cette voie qui ne peut être vécue que dans le contexte d’une

These models have been used to minimise switching levels and the lowest powers are predicted in a Fabry-Perot cavity with a back-face absorber in the case of a thermal

The novelty with the control approach developed in this paper is to use a multi-variable filter, which can extract the harmonics of references of the load

In order to improve, the power factor of the supply network, an advanced control approach based on a multivariable filter is adopted. The novelty of the

(APFs) are basically power electronic devices that are used to compensate the current or voltage harmonics and the reactive power flowing in the power grid. The APFs may

Within the same context, in [23] sufficient conditions for existence and uniqueness of solutions are given for radial networks, i.e., with a single energy source, considering