Certified Premium Electrical Pathway Systems Manufacturer

Solar AC & DC Cables

High-reliability cross-linked evacuation pathways engineered for grid-scale solar parks, tracking arrays, and rooftop commercial infrastructure. Formulated to perform continuously under high environmental stress without system breakdowns.

EN 50618 (TUV) Approved
UV & Ozone Protected
XLPO Crosslinked Armor

Solar Project Estimates

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Photovoltaic Pathway Protection

How we shield transmission links from severe open-air degradation variables.

Dual-Wall XLPO Insulation

Electron-beam crosslinked insulation (XLPO) that does not melt or shrink. It provides thermal endurance to cope with localized temperature surges up to 120°C at the connector junctions.

Extreme Weather Armor

Specialized compound stabilization properties ensure the cable casing withstands persistent UV radiation and harsh ambient ozone levels across desert or coastal installations.

Tinned Copper conductors

Stranded pure copper cores thoroughly coated in protective tin layer deposits. Defends against galvanic oxidation and eliminates performance loss over years of service.

Solar DC Cables (PV String Lines)

Designed primarily to link the photovoltaic panels into row-combiner enclosures and onward to the centralized central inverter arrays. Typically engineered using single-core flexible copper frameworks with maximum voltage tolerances up to 1500V DC.

  • Rated for 1.5kV DC maximum operations
  • Low contact electrical interface properties
  • Compatible with standard MC4 tooling locks

Solar AC Cables (Inverter To Grid)

Multi-core copper or aluminum heavy distribution lines handling the heavy output current from large localized grid inverters to the main substation step-up transformers.

  • High load current transmission ratings
  • Multi-core configuration with armor choices
  • Minimal dielectric drop parameters
Standard DC PV Cable Dimensions (Tinned Copper Core)
Nominal Area (Sq. mm) Strand Construction (No./Dia mm) Max Conductor Resistance (Ω/km) Current Rating (Amps - Free Air) Outer Diameter Approx (mm)
4.0 Sq mm 56 / 0.30 mm 5.09 Ω/km 55 Amps 6.1 mm
6.0 Sq mm 84 / 0.30 mm 3.39 Ω/km 70 Amps 6.8 mm
10.0 Sq mm 80 / 0.40 mm 1.95 Ω/km 98 Amps 8.2 mm
16.0 Sq mm 126 / 0.40 mm 1.24 Ω/km 132 Amps 9.6 mm
Solar AC Evacuation Lines (Multi-Core Class Reference)
Cable Configuration Type Size Range Limits (Sq. mm) Insulation Compound Primary Structural Placement
3 Core / 3.5 Core Unarmored 25 to 400 Sq mm XLPE / FRLS PVC Indoor Inverter Ingress Glands
3 Core / 4 Core Armored Galvanized Wire 50 to 630 Sq mm Heavy XLPE Armour Direct Underground Substation Feeders

Photovoltaic RFQ Pricing Pipeline

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