Features

  • Provide dynamic reactive power support and voltage control
  • Suppression flicker by fluctuating load
  • Mitigate potential sub-synchronous resonance problems
  • Improve system stability
  • Provide dynamic reactive power support and voltage control
  • Suppression flicker by fluctuating load
  • Mitigate potential sub-synchronous resonance problems
  • Improve system stability

Comparison of SVC and STATCOM

SVC(Static Var Compensator) system are consisted of thyristor-controlled reactor (TCR) and the thyristor switched capacitor (TSC) as well as harmonic filters.
SVC is the most widely employed FACTS device around the world.

Like an SVC, the STATCOM(Static Synchronous Compensator) enhances the stability of grid voltage by introducing the voltage sourced MMC(Modular Multilevel Converter) technology. LS ELECTRIC’ most advanced “GRIDSOL STATCOM” provides high-performance in remarkably compact footprint.

SVC(Static Var Compensator) system are consisted of thyristor-controlled reactor (TCR) and the thyristor switched capacitor (TSC) as well as harmonic filters.
SVC is the most widely employed FACTS device around the world.

Like an SVC, the STATCOM(Static Synchronous Compensator) enhances the stability of grid voltage by introducing the voltage sourced MMC(Modular Multilevel Converter) technology. LS ELECTRIC’ most advanced “GRIDSOL STATCOM” provides high-performance in remarkably compact footprint.

References

±300 MVAR STATCOM Substation in Godeok, Korea (2020)
225/+675 MVAR SVC Substation in Jecheon, Korea(2019)


100 MVAR SVC Substation in Gunsan, Korea (2016)

100 MVAR SVC Substation in Onsan, Korea (2015)
±300 MVAR STATCOM Substation in Godeok, Korea (2020)
225/+675 MVAR SVC Substation in Jecheon, Korea(2019)


100 MVAR SVC Substation in Gunsan, Korea (2016)

100 MVAR SVC Substation in Onsan, Korea (2015)