Engineering the
Future of Power

Every building, solar farm, rail network and mine site runs on cable. We supply the complete range — from everyday low-voltage wiring through to high-voltage transmission cables — manufactured to Australian, New Zealand and IEC/EN standards and engineered specifically for local heat, UV exposure and harsh operating conditions.

With a focus on lower-impact materials, environmental product transparency and Best Environmental Practice PVC principles, our cable solutions support more sustainable construction, infrastructure and energy outcomes.

For projects using a traditional DC collection architecture, Ampfusion combiner boxes bring multiple solar strings together in one compact, protected enclosure — purpose-built for Australian and New Zealand conditions with 5,000 hours of UV protection testing.

An integrated busbar solution minimises electrical faults. Built-in surge protection and short-circuit protection come as standard, with optional wireless string-level monitoring to track current, voltage and protection status in real time across the solar farm.

Getting power from solar panels to the inverter at utility scale involves thousands of cables, trenches, and field connections. DC Trax replaces that with a single, above-ground Power Link Assembly trunk system — running a streamlined cable from string to inverter without trenching, field combiner boxes, or on-site crimping.

Less labour. Fewer mistakes. Lower total installed cost — with a 40–60% reduction in installation labour versus conventional DC cabling approaches.