Power & Energy

Power & Energy solutions cover high-current transmission, renewable energy components, low-voltage distribution, electromobility infrastructure, and industrial connectivity. The portfolio includes water-cooled high-current cables (up to 20,000 A), pipe systems, flexible copper connectors, and specialized components for electroplating and industrial applications. Custom copper and aluminum busbars, earthing systems, and insulated cables up to 3.6/6 kV ensure safe and efficient power transfer in demanding environments.

Low-voltage distribution systems range from transportable transformer stations and modular distributors (up to 630 A) to robust socket combinations with intelligent monitoring features. Electromobility solutions include AC charging stations (up to 22 kW), wall boxes with dynamic load management, and backend integration supporting OCPP and Plug & Charge standards. The portfolio is completed by heavy-duty industrial plugs, CEE connectors, and advanced crimping and connector technologies for reliable, high-current performance.

Key Considerations:

• Current Capacity & Thermal Management: Selection of cables, busbars, and connectors must align with load requirements and heat dissipation needs, especially in high-current and water-cooled systems.

• Environmental Conditions: High-temperature, corrosive, or mechanically demanding environments require appropriate insulation, protective materials, and ingress protection ratings.

• Scalability & Modularity: Modular distribution systems and expandable charging infrastructure support future growth and changing load demands.

• Safety & Compliance: Adherence to international standards (e.g., IEC, DIN, OCPP, ISO 15118) ensures operational safety, interoperability, and regulatory compliance.

• Energy Monitoring & Control: Intelligent distribution systems improve efficiency, enable predictive maintenance, and provide transparency through remote monitoring.

• Integration with Renewable & E-Mobility Systems: Compatibility with wind generation components, dynamic load management, and smart grid interfaces enhances sustainability and system resilience.

• Reliability & Maintenance: Robust materials, low-resistance connections, and durable connector designs reduce downtime and lifecycle costs.