Andere Kunden interessierten sich auch für
![The self excited induction generator]( "The self excited induction generator")
The self excited induction generator56,99 €![Three-phase Self Excited Induction Generator]( "Three-phase Self Excited Induction Generator")
Three-phase Self Excited Induction Generator35,99 €![ASPECTS OF INDUCTION MOTOR STATOR VOLTAGE AND FREQUENCY CONTROL]( "ASPECTS OF INDUCTION MOTOR STATOR VOLTAGE AND FREQUENCY CONTROL")
ASPECTS OF INDUCTION MOTOR STATOR VOLTAGE AND FREQUENCY CONTROL35,99 €![Control and Regulation of linear systems]( "Control and Regulation of linear systems")
Control and Regulation of linear systems31,99 €![Monitoring of Operating Induction Motors]( "Monitoring of Operating Induction Motors")
Monitoring of Operating Induction Motors54,99 €![DSP Based Sensorless Control of Induction Motors]( "DSP Based Sensorless Control of Induction Motors")
DSP Based Sensorless Control of Induction Motors35,99 €![Single and Split Phase Induction Motor Controller]( "Single and Split Phase Induction Motor Controller")
Single and Split Phase Induction Motor Controller35,99 €
The squirrel-cage induction machine is very attractive for small and medium power generation schemes because of its low cost, robustness and high power density (W/kg). However, the magnitude and the frequency of the generated voltage depend upon the rotor speed, the amount of capacitive excitation, and the load in stand-alone systems with unregulated prime movers. A common approach for providing regulated voltage and frequency to the load is the use of an asynchronous link (ac-dc-ac) power electronic converter. The main disadvantage of this scheme is that the two series connected ac-dc converters have to be rated at least to the rated generator output power. This work investigates the use of a VSI with induction generator operating with an unregulated prime mover supplying power to a load with regulated voltage and frequency in stand alone mode.