No, it will explode - did you read my previous post?
C. Diode Bridge Rectifier and DC LinkThree phase diode bridge rectifier is used to convertvariable magnitude, variable frequency voltage at theinduction generator terminal into DC voltage .
Input transformer's turns ratio is 1:ηi The series reactor(L) and shunt reactor (C) acts as an input filter. The currentripples and voltage ripples are reduced by using the abovecomponents .Dc Link current is governed by the following equation(1/ )( ) dc dc r i dc dc pi = L V −V − r i (10)Where, RDC and LDC are the reactor resistance andinductance respectively.
D. PWM InverterThe output power of the rectifier is filtered by using theLC filter. By using PWM inverter DC power is convertedinto AC power employing double edge sinusoidal pulsewidth modulation technique . The PWM signals are usedto switch on the IGBT's in the inverter. The IGBT's areconnected anti parallel with the diodes. If diode conducts,energy is fed back to the source. A carrier wave is comparedwith the reference signal corresponding to a phase togenerate gating signals. The instantaneous line - to - lineoutput voltage is Vab = VS (g1-g3).
OK, looked at your reference.Nowhere does it make any suggestion whatsoever for a need to vary, or benefit to varying, the inductance.There is no theoretical reason for doing so.The purpose of the inductor is a low-pass filter to maintain a relatively constant current from the rectifiers which is going to be more efficient in the coils of the generator and presumably improve the excitation current, but it is not in a resonant circuit (in fact, resonance would be extremely undesirable) of any sort so there is no requirement for "tuning".Therefore the maximum inductance will be essentially equally effective for any generator frequency.
. I think you are just fiddling with the design without adequate background in power electronics design.
"shunt reactor " ? (where is that ?)❝Input transformer's turns ratio is 1:ηi
The output of the motor is AC which then rectified
"shunt reactor " ? (where is that ?)
Do you actually have the Inductor to do this?Transformers cant be used as Inductors if DC is going thru them , as without an air gap in the core, which inductors used in lo pass filters have , the transformer will simply saturate.
I think it is a relative.
I think it is a relative.
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