Open rack type capacitor bank systems are used in medium voltage compensation systems;

• easy maintenance,

• open access,

• modular layout

These capacitor bank solutions are preferred for their advantages and can be configured specifically for the field.

In these systems, capacitors and reactors are mounted in an open rack configuration rather than inside a metal-enclosed panel, providing both cost advantages and ease of quick maintenance.

Enersolix open rack-mounted systems are offered with single-phase or three-phase, filtered or unfiltered, fixed or automatic control options, depending on project needs.

System Specifications:

• It offers field convenience for compensation systems.

• It provides cost and space advantages in high-capacity projects.

• It can be designed with a harmonic filter or in a classic structure.

• Easy installation and maintenance thanks to the open design.

• Can be integrated with SCADA/control panels.
  

Technical Specifications (General):

• Voltage Level: 6.3kV – 36kV

• Capacity Range: 100kVAr – 3000kVAr+

• Installation: Rack-type open system

• Capacitor Type: Single-phase / three-phase

• Reactor: 5.67% / 7% / 14% optional

• Standards: IEC 60871-1 / IEC 60076-6

• Cooling: Natural air / fan-assisted ambient cooling.
  

Application Areas:

• MV energy rooms and on-site installations

• Reinforced concrete medium voltage rooms / production areas

• High-capacity medium voltage compensation projects

• Businesses that want to gain space advantage in transformer rooms

• Systems requiring fixed or semi-automatic control.
  

Why Enersolix Open Rack Systems?

• Economical, field-configurable design.

• Quick assembly – easy maintenance advantage.

• Filtered or unfiltered option

• Space-saving, lightweight installation equipment.

• Production in compliance with high technical standards.

• Designed to integrate seamlessly with all Enersolix medium voltage systems.
  

Enersolix open rack-type capacitor bank systems offer a clear and optimized solution for your compensation needs in the field. They increase energy efficiency while reducing investment and maintenance costs.