A solar plant presents two different problems at once. The DC array is a live source that does not switch off when the AC side is isolated, and the AC side is ordinary live-work once it is isolated. The equipment list follows from that split.
Solar DC cable runs outdoors, in conduit and on racking, for decades. Tinned copper resists corrosion at the termination, and the durability is carried by the insulation system — which is why the cable is specified as a double-insulated construction rather than by cross-section alone.
The range covers DC tinned-copper solar PV cable in 2.5, 4 and 6 mm², together with PV extension-cable assemblies for 1000 V and 1500 V systems, including a single-head IP67 version and a double-head assembly, so the harness can be supplied as a finished assembly rather than as loose cable and loose connectors.
The grounding conductor is what holds the module frames, the mounting structure and the inverter enclosure at the same potential, and it is specified by the conductor size the installation requires and by the environment it runs through — which is why the PVC-sheathed stranded copper range is quoted by cross-section rather than as a single part number.
On the AC side of the plant, zinc oxide surge arresters protect the equipment against switching and lightning-originated overvoltages. Tell us the system voltage and the installation conditions and the arrester is selected against them.
A PV array produces voltage whenever it is illuminated. The practical consequence for maintenance is that proving dead and earthing matter more, not less: the equipment that lets a crew work safely on a plant is the same list as on any other worksite — a detector to prove the point of work, matting to stand on, insulating gloves and footwear, and an insulating ladder or platform to reach the string boxes and the inverter.
Tool control matters here too. A tool left inside an inverter enclosure or a combiner box on an operational plant is a fault waiting for the next energisation, and a cabinet with position control is the cheap way to make sure it does not happen.
For the DC side: the system voltage (1000 V or 1500 V), the cross-section required, the connector type, and whether you want cable or finished assemblies. For the safety side: the installation voltage, the standard you are specifying against, and the dimensions and finish of the matting or the reach of the ladder.
Because the cable, the accessories and the safety equipment come out of the same plant, a PV order can travel as one shipment on one set of export documents — which for an EPC contractor is usually the deciding practical point.
Tinned-copper DC solar cable with double XLPO insulation — 1 kV rated, 2.5/4/6 mm², UV & ozone resistant for 25+ years of outdoor PV service, MC4 compatible. Factory-direct with OEM/ODM.
IP67 double-head solar extension cable with pre-fitted connectors at both ends, tinned copper conductor and XLPO insulation, rated 1000 V / 1500 V DC for PV array wiring.
IP67 single-head solar PV extension cable with one pre-fitted connector, tinned copper conductor and XLPO insulation, for array runs that terminate at a junction box or inverter.
DT series red copper lugs for crimped cable terminations in power distribution cabinets, transformers and electrical wiring. Acid-washed surface, DT-10 to DT-400, bare or tin plated.
PVC insulated stranded soft copper wire for grounding, supplied in cross-sections from 16 mm² to 150 mm².
Premium natural-rubber insulating mat for switchgear and distribution rooms, 3/5/6/8/10 mm thickness, 5–35 kV class.
Acousto-optic voltage detector with self-test function and telescopic pole for live-line verification.
Assembled smart tool cabinet for electrical safety storage, with dehumidification and UHF RFID intelligent storage management.
Send us your specifications — insulating mats, gloves, voltage detectors, grounding systems or safety tooling projects. Our engineers respond within 24 hours with technical recommendations and pricing.
