SVC (Static VAR Compensator) systems are high-speed, high-precision dynamic power electronics solutions that balance voltage fluctuations and reactive power changes in the grid within milliseconds at medium voltage levels.
 

Enersolix SVC systems enhance grid stability, respond instantly to sudden load changes, and provide effective solutions to issues such as flicker, harmonics, and voltage regulation by intelligently controlling TCR (Thyristor Controlled Reactor) and TSC (Thyristor Switched Capacitor) components at the OG level.
 

What Does It Offer?

 

• Dynamic reactive power compensation at the OG level

• Voltage regulation and grid stability

• Instantaneous response time with high-speed thyristor control

• Suppression of voltage fluctuations and flicker effects in the power system

• Harmonic reduction and power factor optimization with advanced control infrastructure
   

Technical Specifications (General):

 

• Voltage Level: 6.3kV – 36kV

• 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 Compatible: Monitoring supported via RS485 / Modbus / Ethernet

• Cooling: Natural or fan-assisted (active cooling optional for high power)
   

Application Areas:

 

• Heavy industrial facilities (steel, cement, mining)

• Arc furnaces and high-power motor loads

• OG transmission and distribution lines

• Infrastructure where voltage regulation is critical

• Wind energy integration points

• Areas requiring voltage stability control in OG systems
   

Why Enersolix SVC Systems?

 

• Dynamic reactive power control within milliseconds

• Instant response to momentary issues such as flicker and voltage imbalance

• Engineering infrastructure tailored for high-power OG applications

• Full compliance with IEC and IEEE standards

• Optimized rapid solution with TSC – TCR combination

• Remotely monitorable and controllable SCADA-supported infrastructure
   

Enersolix SVC systems provide dynamic, stable, and fast compensation in OG systems.

They increase energy quality while also extending production efficiency and system life.