SVC (Static VAR Compensator) systems are dynamic power electronics solutions that stabilise voltage fluctuations and reactive power changes on medium voltage networks within milliseconds, providing fast and precise control.
 

By intelligently controlling TCR (Thyristor Controlled Reactor) and TSC (Thyristor Switched Capacitor) branches at MV level, Enersolix SVC systems improve network stability, respond instantly to sudden load changes and effectively address flicker, harmonics and voltage regulation problems.
 

What Does It Offer?

• Dynamic reactive power compensation at MV level

• Voltage regulation and network stability

• Instant response through high-speed thyristor control

• Suppression of voltage fluctuations and flicker in the power system

• Harmonic reduction and power factor optimisation with advanced control
   

Technical Specifications (General):

• Voltage level: 6.3 kV – 36 kV

• Power range: 1 MVAr – 100+ MVAr

• Technology: TCR + TSC + control unit

• Response time: <20 ms

• Compliance: IEC 60076 / IEEE 1031 / IEC 61000 / IEEE 519

• SCADA-ready: monitoring via RS485 / Modbus / Ethernet

• Cooling: Natural or fan-assisted (active cooling optional at high ratings)
   

 Applications:

• Heavy industry (steel, cement, mining)

• Arc furnaces and high-power motor loads

• MV transmission and distribution lines

• Infrastructure where voltage regulation is critical

• Wind power grid connection points

• Sites requiring voltage stability control on MV systems
   

Why Enersolix SVC Systems?

• Dynamic reactive power control within milliseconds

• Instant response to flicker and voltage unbalance

• Engineering designed for high-power MV applications

• Full compliance with IEC and IEEE standards

• Fast, optimised solution combining TSC and TCR

• SCADA-based infrastructure for remote monitoring and control
   

Enersolix SVC systems deliver dynamic, stable and fast compensation for MV networks.
They improve power quality while increasing production efficiency and extending equipment life.