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Data Centre World Exhibitors' Products
Jan. 10, 2026
226 EDR Underground Medium-Voltage Power Cable - 226 EDR Underground Medium-Voltage Power Cable
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MTS 226 EDR: Reliable Medium-Voltage Power Distribution for Data Centers
As data center power requirements continue to grow, resilient medium-voltage networks are becoming increasingly critical to ensuring uptime and operational continuity.
Designed in accordance with NF C33-226 requirements, the MTS 226 EDR cable is suitable for 12/20 kV medium-voltage applications. Its reinforced outer sheath provides effective protection against mechanical stress during installation and throughout the asset's lifecycle.
Suitable for direct burial, ducts, and cable trenches, it enables reliable power connections between substations, transformers, and critical facilities. Featuring XLPE insulation and a robust design, it helps ensure a secure and dependable power distribution infrastructure.
The MTS 226 EDR is a long-lasting solution for modern data centers where reliability, resilience, and uninterrupted power availability are essential.
MTS 226 EDR: A Reliable Power Supply for Data Centers
Given the steady increase in data centers' energy needs, the reliability of the medium-voltage power grid is a key factor in ensuring service continuity.
The MTS 226 EDR cable is designed in accordance with the NF C33-226 standard and meets the requirements for 12/20 kV high-voltage networks. Equipped with a reinforced protective sheath, it effectively withstands the mechanical stresses encountered during installation and throughout the infrastructure’s life cycle.
Suitable for direct burial, installation in cable trenches, or laying in conduits, it facilitates the deployment of electrical connections between delivery substations, transformers, and critical infrastructure. Its XLPE insulation and robust design contribute to the safety and reliability of electrical distribution networks.
The MTS 226 EDR provides a sustainable solution for securing the power supply to data centers, where availability, performance, and resilience are key challenges.
