Autonomous Induction Generator Feeding Non-linear and Unbalanced Loads
Por:
Benitez, Aldo J., Botteron, Fernando, GARCIA, GUILLERMO
Publicada:
1 ene 2018
Resumen:
Is propose an excitation system for autonomous induction generators that
feeds non-linear and unbalanced loads. The generator is composed of an
induction machine (IM) of the squirrel cage type, the excitation system
has a capacitor bank and a four-wire converter connected in parallel
with the IM. The control algorithm of the excitation system is based on
the Instantaneous Reactive Power theory, which allows the converter to
inject the reactive power required for the excitation and voltage
regulation of the IM; also it allows to compensate the harmonics and
imbalances introduced by the loads. In this way, the voltages and
currents that circulate through the IM will be sinusoidal and balanced,
reducing losses and torque oscillations, increasing the performance and
useful life of the generation system. Simulation results are presented
that demonstrate the viability of the proposal.
Filiaciones:
Benitez, Aldo J.:
UNAM, Fac Ingn, GID IE, Obera, Misiones, Argentina
Botteron, Fernando:
UNAM, Fac Ingn, GID IE, Obera, Misiones, Argentina
GARCIA, GUILLERMO:
UNRC, Fac Ingn, GEA, Rio Cuarto, Argentina
Fraga, A:
Benitez, AJ (Corresponding Author), UNAM, Fac Ingn, GID IE, Obera, Misiones, Argentina
Benitez, Aldo J
Botteron, Fernando, UNAM, Fac Ingn, GID IE, Obera, Misiones, Argentina
Garcia, Guillermo, UNRC, Fac Ingn, GEA, Rio Cuarto, Argentina
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