High-Power Capacity
LV power distribution, transfer and energy management solutions for standard applications up to 4000 kVA.
Panel Elektro Power Control Centers (PCC) are engineered as project-specific LV switchgear assemblies for low-voltage power distribution, transfer, synchronization and energy management. For industrial facilities, power generation plants and critical infrastructure projects, dynamic forces, temperature rise and operating conditions associated with high-breaking-capacity switching equipment are evaluated together during the design process.
LV power distribution, transfer and energy management solutions for standard applications up to 4000 kVA.
Internal separation options from Form 2a to Form 4b, applied according to project requirements and EN 61439.
Withdrawable or plug-in PCC configurations that can be adapted to project and operational requirements while supporting maintainability and operational safety.
Busbar systems and panel structures designed with temperature-rise performance and applicable standard requirements in mind.



We develop project-specific solutions for a range of low-voltage main distribution and power control applications. For the control and protection of motor-driven loads, explore our Motor Control Centers (MCC).
Solar LV collector (Step-Up) panels and solar & wind inverter cabinets.
Power control solutions for transfer and synchronization applications.
Power factor correction and capacitor panel solutions.
Secondary and floor distribution panels for lighting and local distribution applications.
Project-specific PCC solutions for main LV distribution, A/B power distribution architectures, and the distribution of critical loads supplied from UPS and generator systems. Explore our Data Center Solutions.
To explore projects where our Power Control Centers (PCC) have been applied and review our field experience, visit our Selected Projects and References.
Share your single-line diagram, technical specification and project requirements with our sales and engineering team.