Adaptive Voltage Control in Power Systems - Modeling, Design by Giuseppe Fusco

By Giuseppe Fusco

Power caliber is a urgent situation in electrical strength structures. one of many major standards of strength caliber administration is the warrantly of a sinusoidal voltage waveform with sufficient amplitude at every one node of the community. The fulfilment of one of these keep watch over goal is facilitated by means of adaptive platforms which may account for unpredictable fluctuations in working conditions.

Adaptive Voltage regulate in energy Systems, a self-contained combination of idea and novel program, is an in-depth therapy of such adaptive regulate schemes. The reader strikes from power-system-modelling difficulties via illustrations of the most adaptive keep an eye on platforms (self-tuning, model-reference and nonlinearities reimbursement) to a close description of layout tools: Kalman filtering, parameter-identification algorithms and discrete-time controller layout are all represented. Case experiences deal with functions concerns within the implementation of adaptive voltage control.

Practicing engineers and researchers in strength platforms and keep watch over engineering will locate this monograph, written through representatives of every box, to be a worthwhile synthesis of either whereas its available variety also will attract graduate students.

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Extra resources for Adaptive Voltage Control in Power Systems - Modeling, Design and Applications

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However, since saturation has been neglected in the control design, the integrator of the regulator may suffer from wind-up. This causes low-frequency oscillations and leads to instability. The wind-up is due to the controller states becoming inconsistent with the saturated control signal, and future correction is ignored until the actuator desaturates. 7 has been implemented [17]. Fig. 7. Voltage regulator scheme avoiding wind-up The first simulation presented aims to show the performance of the nodal voltage regulator scheme designed according to the pole-shifting technique.

3 Active and Hybrid Shunt Filters Active shunt filters (ASFs) belong to the general category of active power quality conditioners, which include series and shunt active devices [112]. ASFs are mainly adopted to compensate current distortion introduced by nonlinear loads. In this case, the ASF should inject harmonic currents which perfectly compensate the harmonic currents absorbed by the nonlinear load. Two different approaches are then used for current waveform corrections, namely time domain based correction and frequency domain based correction [60].

2) j=0 where nA v0,1 (tc,k ) = v0,1 (tc,k−1 ) + D δ(tc,k ) + D ai δ(tc,k−i ) i=1 represents the impulse response of filter A(z −1 )/Ad (z −1 ). 3) 40 4 Self-tuning Voltage Regulators in which A(1) is the value assumed by the polynomial A(z −1 ) for z −1 = 1. 4) is linear in the parameters ai , bj and v0,1 . 2) in the recursive least-squares algorithm leads to a modeling error for the first nA samples. However, it is worth recalling that usually nA is not high (nA = 2−5) and, anyway, smaller than np .

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