Evenson Power power cables deliver dependable energy transmission and distribution across low and medium voltage networks.
Power cables form the backbone of every modern electrical network, carrying energy from generation and substations to the industrial plants, commercial buildings, and residential districts that depend on it. Evenson Power manufactures a comprehensive range of low voltage and medium voltage power cables designed to perform reliably under demanding electrical, thermal, and mechanical conditions. Each cable is built to deliver stable current-carrying capacity, low losses, and decades of trouble-free operation.
As power demands grow and grids become more complex, the quality of the cable connecting each node of the system becomes increasingly critical. Evenson Power power cables are engineered to meet that challenge, offering consistent insulation quality, tightly controlled conductor resistance, and robust protective layers that resist the stresses of installation and the environment over their full design life.
A power cable is an assembly of one or more electrical conductors, individually insulated and usually bound together within a protective sheath, used to transmit electrical power. Unlike signal or control cables, a power cable is designed primarily to carry substantial current at a defined voltage grade while limiting losses and maintaining safe insulation integrity.
Evenson Power power cables are available in single-core and multi-core configurations, with or without armor, and across a wide spread of voltage grades. This flexibility allows a single trusted source to supply cable for underground feeders, building risers, machine connections, switchgear interconnections, and distribution networks alike.
The performance of a power cable is defined by the quality of its layers. Evenson Power builds each cable from the conductor outward, with every layer engineered to a specific function. The conductor provides the current path, the insulation withstands the operating voltage, and the sheath and any armor protect the cable mechanically and environmentally.
Conductors are produced from high-purity copper (Class 1 solid or Class 2 stranded) or aluminum, compacted to optimize diameter and reduce voids. Over the conductor, an extruded XLPE (cross-linked polyethylene) or PVC (polyvinyl chloride) insulation is applied with precise wall thickness control. For medium voltage designs, semi-conducting screens over the conductor and insulation, plus a metallic screen, manage the electrical field. An inner bedding, optional steel wire or steel tape armor, and a tough PVC or HDPE outer sheath complete the assembly.
Evenson Power power cables span the practical range required by utilities and industry. Low voltage cables are rated at 0.6/1 kV and serve the bulk of building, plant, and distribution wiring. Medium voltage cables are offered at standard grades from 3.6/6 kV up to 26/35 kV for primary distribution and substation feeders.
Conductor cross-sectional areas range from small control-feeder sizes through large feeder sections, covering both metric and AWG/kcmil sizing. This breadth lets engineers standardize on Evenson Power across an entire project, from final-circuit wiring to main incoming feeders.
Every Evenson Power power cable is designed to balance electrical efficiency with installed durability. XLPE-insulated designs offer a 90°C continuous conductor rating and excellent short-circuit performance, while PVC designs provide cost-effective 70°C operation for general wiring. Compacted conductors reduce overall diameter and improve handling, and tightly toleranced insulation walls keep losses and partial discharge low.
Evenson Power power cables are specified wherever reliable energy delivery matters. In utility networks they form underground and overhead-to-ground distribution feeders. In industry they connect transformers, motors, drives, and switchgear. In commercial and infrastructure projects they serve risers, sub-mains, and final distribution boards.
Evenson Power power cables are manufactured and tested to internationally recognized standards, ensuring interchangeability and confidence in performance. Routine, sample, and type tests cover conductor resistance, insulation thickness, high-voltage withstand, partial discharge, and mechanical properties.
Compliance is maintained against IEC, BS, ASTM, ICEA, and UL frameworks as applicable to the cable type and market, with full traceability from raw material to finished reel.
Correct installation protects both the cable and the people working with it. Evenson Power cables are supplied on sturdy reels with sealed ends to keep out moisture, and each drum is marked for length and type. Observing the minimum bending radius, pulling tension limits, and temperature guidance during installation preserves the integrity of the insulation and screens.
For underground runs, proper bedding and backfill prevent point loading, while cable cleats and supports manage thermal expansion in trays and risers. Termination and jointing should follow the appropriate kit instructions and voltage grade.
Evenson Power combines rigorous engineering with consistent, repeatable manufacturing quality to deliver power cables you can specify with confidence. From conductor metallurgy to final sheath, every step is controlled and documented, and every design is verified against the standards that matter to North American and international projects.
When you choose Evenson Power you gain a dependable single source for low and medium voltage power cable, backed by technical support, accurate documentation, and a commitment to long-term reliability that protects your investment for decades.
| Conductor material | Copper (Cu) or Aluminum (Al) |
| Conductor class | IEC 60228 Class 1 (solid) / Class 2 (stranded) |
| Insulation | XLPE or PVC |
| Voltage grade | 0.6/1 kV (LV); 3.6/6 kV to 26/35 kV (MV) |
| Conductor sizes | 1.5–1000 mm² (16 AWG–2000 kcmil) |
| Number of cores | 1, 2, 3, 3.5, 4, 5 core |
| Conductor screen (MV) | Extruded semi-conducting layer |
| Insulation screen (MV) | Semi-conducting layer + copper tape/wire screen |
| Armor | Galvanized steel wire (SWA) or steel tape (STA), optional |
| Inner & outer sheath | PVC or HDPE |
| Conductor temperature rating | 90°C (XLPE) / 70°C (PVC) continuous |
| Short-circuit rating | 250°C (XLPE) / 160°C (PVC) |
| Flame performance | Flame-retardant; optional LSZH / fire-resistant |
| Standards | IEC 60502-1/-2, IEC 60228, BS 5467/6622, ICEA, UL 1072 |
| Test voltage | Routine HV, partial discharge, insulation resistance |
| Service life | 30+ years under rated conditions |
Engineered, certified and delivered under the Evenson Power name.
