A Safe and Stable Solution for Capacitive Load Balancing.

Inductive compensation systems are designed to remove excess reactive power from electrical infrastructures with high capacitive loads using shunt reactors.

Long cable lines, lightly loaded transformers, and cable-heavy infrastructures lead to capacitive behavior in the system. In this case, shunt reactors ensure voltage stability by balancing the inductive character of the grid.

Enersolix Inductive Compensation Systems can be designed for fixed or automatic operation; each is optimized to the specific needs through project-based engineering.

What does the system do?

• It prevents overvoltage buildup caused by capacitive loads.

• It stabilizes the grid voltage profile.

• It ensures reactive power balance and prevents penalty fees.

• It creates a stable and safe working environment in LV and MV systems.
  

Technical Specifications (Example):

• Voltage Level: 400V – 36kV

• Reactor Type: Air-cooled / oil-cooled / 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
  

Areas of application:

• Wind and solar power plants

• Distribution systems with long cable lines

• Lightly loaded transformer sites

• Switchgear centers

• OG ring lines

• Points where MV/LV voltage regulation is required
  

Why Enersolix Inductive Compensation?

• Provides stable reactive equalization for capacitive loads.

• It improves voltage regulation and suppresses overvoltages.

• Low power loss, high thermal resistance.

• Modular solutions suitable for indoor/outdoor installations.

• Long-lasting and low-maintenance reactor design.
  

Enersolix engineering-developed inductive compensation systems ensure that your energy system operates stably, safely, and in full compliance with grid standards.