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Example 13.6. A single-phase inductive load of 100 kW + j50 kVAr is supplied from 1 kV, 50 Hz source. The static VAr compensator (SVC) has fixed capacitors of rating 100 VAr whereas TCI can draw a maximum of 100 kVAr. For raising the system power factor o unity, find the firing-angle delay of TCI and its effective inductance.

Example 13.6. A single-phase inductive load of 100 kW + j50 kVAr is supplied from 1 kV, 50 Hz source. The static VAr compensator (SVC) has fixed capacitors of rating 100 VAr whereas TCI can draw a maximum of 100 kVAr. For raising the system power factor o unity, find the firing-angle delay of TCI and its effective inductance.

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Example 13.6. A single-phase inductive load of 100 kW + j50 kVAr is supplied from 11 kV, 50 Hz source. The static VAr compensator (SVC) has fixed capacitors of rating 100 kVAr whereas TCI can draw a maximum of 100 kVAr. For raising the system power factor to unity, find the firing-angle delay of TCI and its effective inductance.
Transcribed Image Text:Example 13.6. A single-phase inductive load of 100 kW + j50 kVAr is supplied from 11 kV, 50 Hz source. The static VAr compensator (SVC) has fixed capacitors of rating 100 kVAr whereas TCI can draw a maximum of 100 kVAr. For raising the system power factor to unity, find the firing-angle delay of TCI and its effective inductance.
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