High-voltage reactors are used in medium and high-voltage (MV) level power systems;

• to reduce harmonic distortions,

• to prevent resonance formation and

• These are specialized magnetic components used to limit transient regime effects such as inrush current.
  

Enersolix HV reactor solutions ensure long-lasting operation of compensation systems, filters, and capacitor banks with their high inductance stability, low loss value, and thermal resistance.

Reactor Types and Functions

Harmonic Filter Reactors: Connected in series with capacitor banks, they create high impedance at harmonic frequencies, thus preventing harmonic propagation to the grid.

They are usually selected with reactance ratios of 5.67% / 7% / 14%.
It reduces the risk of resonance in the system and increases the lifespan of the capacitor.

Current Limiting Reactors: Limit the sudden current peaks that occur when capacitor banks are commissioned.

• It protects equipment such as circuit breakers, contactors, and capacitors.

• It plays a critical role, especially in back-to-back switching situations.
  

Technical Specifications (Example):

• Voltage Level: 6.3kV – 36kV

• Inductance Tolerance: ±5%

• Reactance Value: 5.67% / 7% / custom design

• Cooling: Natural / Forced air / Oil type

• Insulation Class: F / H

• Connection: Serpentine / coil type / internal-external connection

• Compliance: IEC 60076-6, IEEE C57.16, IEC 60289
  

Application Areas:

• High voltage compensation systems

• Metal-enclosed capacitor bank panels

• MV/LV transformer output panels

• Renewable energy integration points

• Facilities with high concentrations of harmonic disruptive loads.

• MV power plants and transformer substations
  

Why Enersolix Reactors?

• High thermal resistance and low loss.

• Vibration-free and quiet operation.

• Project-specific engineering and optimization.

• Design suitable for indoor/outdoor applications.

• Maximum protection for capacitors and switchgear.
  

Enersolix reactor solutions ensure long-lasting, efficient, and safe operation of both the compensation system and all network equipment.