RC filter bank systems are high-voltage transient suppression solutions designed specifically to suppress chopping currents and transient voltage fluctuations that occur during the commissioning or decommissioning of high-power shunt reactors.

Enersolix RC filter systems absorb high-frequency oscillations that may occur as a result of MV reactor switching;

• It also protects the network.

• It also isolates the tertiary windings of transformers from sudden voltage stresses.
  

What is it used for?

• The MV shunt dampens chopping currents that occur during reactor switching on and off.

• It suppresses insulation stresses caused by transient overvoltage.

• It protects the tertiary windings of large-capacity transformers from high-frequency stresses.

• Extends the dielectric life of system equipment.

• It prevents arcing and resonance effects that may occur during switching.
  

Technical Specifications (General):

• Voltage Level: 6.3kV – 36kV

• RC Values: Application-specific calculated combinations of resistance and capacitance.

• Installation: Metal enclosure panel mounting / open mounting.

• Cooling: Natural air

• Protection: Insurance / barometer system

• Standards: IEC 60071-1, IEEE C57.16, IEC 62271-110, suitable for field transient analysis.
  

Application Areas:

• MV shunt reactor switched systems

• Tertiary winding protection in MV substations

• Transient suppression solutions in medium voltage power plants.

• Voltage regulation and balancing systems

• Metal-enclosed medium voltage switchgear systems
  

Why Enersolix RC Filter Systems?

• It dampens transients quickly and in a controlled manner.

• It prevents the stress that chopping currents can create on transformers.

• It ensures full system compatibility through application-based engineering design.

• Maintenance-free, long-lasting and safe structure.

• It can be integrated with MV shunt reactor compensation solutions.
  

Enersolix RC filter solutions neutralize high-frequency transient regimes in your medium voltage systems, extending equipment lifespan and minimizing the risk of failure.