A Safe, Stable Solution for Balancing Capacitive Loads

Inductive compensation systems use shunt reactors to remove excess reactive power in plants and networks with heavy capacitive loading.

Long cable runs, lightly loaded transformers and cable-dominated networks make a system behave capacitively. In this case, shunt reactors balance the network inductively and keep the voltage stable.
 

Enersolix inductive compensation systems can be designed for fixed or automatic operation, each optimised through project-based engineering.
 

What Does the System Do?

• Prevents overvoltages caused by capacitive loading

• Balances the network voltage profile

• Maintains reactive power balance and helps avoid penalties

• Creates a stable, safe operating environment in LV and MV systems
   

Technical Specifications (Example):

• Voltage level: 400 V – 36 kV

• Reactor type: Air-cooled / oil-immersed / dry type

• Insulation class: F / H

• Frequency: 50/60 Hz

• Installation: suitable for indoor or outdoor applications

• Protection: thermistor, temperature relay, fuse

• Standards: IEC 60076-6 / IEC 60289
   

Applications:

• Wind and solar power plants

• Distribution systems with long cable runs

• Sites with lightly loaded transformers

• Switchgear substations

• MV ring networks

• Points requiring MV/LV voltage regulation
   

Why Enersolix Inductive Compensation?

• Stable reactive power balancing for capacitive loads

• Improves voltage regulation and suppresses overvoltages

• Low power loss, high thermal endurance

• Modular solutions for indoor and outdoor installation

• Long-life reactor design with low maintenance costs
   

Developed with Enersolix engineering, our inductive compensation systems keep your power system stable, safe and fully compliant with grid standards.