Metal-enclosed capacitor bank systems are protected, safe solutions integrated into compact metal panels to provide reactive power compensation at medium and high voltage levels.

Complete with built-in reactors, contactors, circuit breakers, disconnectors, a power factor controller and all required metering and protection devices, they offer a turnkey solution.
 

Enersolix metal-enclosed solutions are designed with a minimal footprint, high short-circuit withstand, cubicle-based expandability, and both manual and remote control.
 

What Does It Offer?

• Reactive power compensation at MV levels

• Harmonic filtering (with optional integrated reactors)

• Fixed or automatic control options

• SCADA compatibility and remote monitoring options

• Fully equipped internal protection and insulation

• Can be integrated with additional modules such as shunt reactors, SVG and active filters as required
   

Technical Specifications (General):

• Voltage level: 6.3 kV – 36 kV

• Rating: 50 kVAr – 3000+ kVAr

• Panel type: metal-enclosed, cubicle design

• Cooling: Natural or forced ventilation

• Protection class: IP3X / IP4X / IP5X (on request)

• Contents: capacitors, reactors, disconnector, VCB, contactor, analyser, relay

• Standards: IEC 60871 / IEC 62271-200 / IEEE C37
   

Applications:

• MV distribution and transformer substations

• Industrial plants (cement, iron and steel, paper, petrochemicals)

• MV connection points of renewable energy plants

• Switchyards and busbars

• Facilities with high reactive power demand
   

Why Enersolix Metal-Enclosed Systems?

• Project-based engineering tailored to each site

• Modular and expandable design

• Detuned or conventional designs

• High-safety cubicle solution

• Smart system architecture ready for SCADA integration

• Support for fast installation and commissioning
   

Enersolix metal-enclosed capacitor banks are complete site solutions for MV compensation.
Ready to operate on site, safe and technically optimised, these systems safeguard your energy continuity and efficiency.