MV & HV Shunt Capacitor Banks Products

  • Product Features, Benefits and Functions
    • Modular, compact and robust design optimized for easy future expansion of the system, facilitating transport, storage and installation
    • Galvanized steel enclosures available for indoor and outdoor installations, with ventilation system
    • Voltage ranges up to 115 kV
    • Up to 30 Mvar output (5Mvar/stage) for Enclosure
    • Up to 58 Mvar output for Open Air
    • Fixed or switched
    • The equipment has been designed, manufactured and tested in accordance with the requirements of the following standards and recommendations
    • Many types of capacitor unit technology
      • Internally fused, Externally fused
      • Fuseless, Unfused
    • Variety of unbalance protection scheme
      • Double-Wye ungrounded with CT protection
      • Single-Wye grounded with VT protection
  • Main equipment
    • Main copper busbar with insulator support
    • Main incomer circuit-breaker/ Switch disconnector and Earthing switch
    • Power capacitor units with low losses
    • Current limiting reactor (inrush reactor)
    • Detuning reactor 5.6%, 6%, 7%
    • Available for tuned filter reactor
    • HV HRC Power Fuses
    • Vacuum contactor for capacitor switching
    • Anti-condensation heaters
    • Ventilation cooling fans
    • Thermostat/Hygrostat control
  • Optional available
    • Power factor controller with communication and Automatic/Manual modes
    • Safety interlocking scheme
    • Unbalance protection (60C)
    • Over Current/Earth Fault protection (50/51)
    • Over/Under Voltage protection (50N/51N)
    • Overload protection (51C)
    • Over Temperature protection
    • Over Pressure protection
    • Fuse failure indication, normal/trip
    • Local/Remote selector switch
    • Protection Circuit Breakers
    • Surge Arresters
    • Quick Discharge Voltage Transformers
    • Substation Communication System with IEC 61850
    • Auxiliary Voltage Transformers
    • Live line indicator
  • Standards compliance
    • IEC 60871, IEEE Std. 1036