Modern data centres demand reliable, efficient, and scalable power distribution systems. As processing power increases and rack densities continue to rise, the electrical infrastructure supporting critical IT equipment must deliver high current capacity, low resistance connections, and long-term reliability.
Tranect Ltd manufactures a wide range of copper power distribution components used throughout data centre electrical installations, from incoming utility connections through to switchgear, UPS systems, power distribution units (PDUs), battery energy storage systems and equipment earthing networks.

Data centres rely on substantial electrical infrastructure to deliver uninterrupted power to servers, cooling systems, networking equipment and critical support services. Tranect supplies copper components designed to carry high currents safely and efficiently, including:
Our components are manufactured from high-conductivity copper and can be supplied plain, tin plated, silver plated or nickel plated to suit environmental and performance requirements.
Vibration, thermal expansion and installation tolerances can create stresses within rigid electrical connections. Flexible copper connectors help overcome these challenges by providing low-resistance current paths while accommodating movement.
Tranect manufactures:
These products are widely used within:
A robust earthing system is essential within every data centre to protect personnel, equipment and business continuity.
Tranect manufactures a range of earthing products including:
Our products are used to establish reliable equipotential bonding throughout server rooms, electrical plant rooms and associated infrastructure.
Many data centre projects require specialist copper components designed around unique installation constraints or equipment requirements.
Our engineering team works closely with contractors, panel builders, switchgear manufacturers and end users to develop bespoke solutions including:
Using in-house manufacturing capabilities, we can support projects from initial design through to production.
Data Center busbar connections, CAD model showing innovative use of stepped connections to provide space for Current Transformers between transformer and busbar backbone.
