Solar PV Cable 2.5-185mm2 XLPE Insulated Copper Conductor IEC TUV UL Certified

PV Aluminium PVC Electrical Solar Industrial Photovoltaic Cable Wire IEC TUV UL Certified

Introduction:

Solar cable or PV (Photovoltaic) wire is specifically designed for use in solar power applications, connecting solar panels to inverters and other electrical components in a photovoltaic system. These cables are built to withstand the unique environmental conditions associated with solar installations, such as prolonged exposure to UV radiation, extreme temperatures, and humidity.

PV Solar cable specification:

Advantages:

Toxic Fume Elimination: Halogen-free composition prevents corrosive acid gas release in fires.

Low Smoke Density: < 60% transmittance (IEC 61034) ensures visibility during evacuation.

Self-Extinguishing: Passes IEC 60332 vertical flame tests.

Reduced Corrosion Risk: Protects expensive inverters and monitoring systems.

Compliance Mastery: Meets EN 50618, NFPA 70 (NEC® 690.31), and UKCA standards.

Packaging: 100 meters/roll. Or packed on wooden drum, as per customer’s requirements.
HS Code: 8544492100

Characteristics:
Ambient temperature: 60℃
Max. conductor working temperature : 120℃
Rated temperature: -40~90℃
Rated Rating: DC:1/1.8KV AC: 0.6/1KV
Rated Current: 33~57A 41~98A
Weathering Resistance: Sun Resistant

Application:

Applications of Solar Cable / PV Wire

1. Connecting Solar Panels to Inverters: Most commonly used to link solar panels to the inverter, converting direct current (DC) generated by the panels into alternating current (AC) for use in homes or for feeding into the electrical grid.
2. Connecting DC Disconnect Switches: Used to connect switches that allow for the manual disconnection of the solar PV system from the grid or battery banks for maintenance or safety.
3. Linking Battery Banks: In off-grid or hybrid solar systems, they connect solar panels to charge controllers and batteries.
4. Comprehensive Solar Systems: Applicable in both residential and commercial solar PV systems, connecting the components of the system while ensuring safety and efficiency.

Cable Construction:

• Double insulation, electron beam cross-linked
• Excellent resistance to UV, water, ozone, fluids, salt, general weathering
• Excellent resistance to abrasion
• Halogen-free, flame retardant, low toxicity
• Excellent flexibility and stripping performance
• High current carrying capacity
• TUV and UL approved

Solar cables (PV wires) are crucial components in a solar power system, engineered to ensure electrical efficacy and reliability under harsh environmental conditions. Selecting the proper size and type of solar cable is vital for ensuring a safe and efficient solar installation. Always adhere to local electrical codes and manufacturer guidelines when choosing and installing these cables.

Q & A:

1. Rated voltage

A.C. 0.6/1KV

D.C. 1500V

Max. voltage D.C. 1.8kv

2. Permissible ambient temperature

-40°C up to +90°C

3. Max. conductor temperature

at normal operation 120 °C

at short/circuit operation 200 °C

4. The min. Bending radius

4XD ( Note: D is for overall diameter of cable)

5. The min. thermal life

25 years

6. Free halogen, flame retardant

7. Weathering resistant, UV resistant, ozone erosion resistant, anti-penetration

Why Choose Us?

Anti-static compounds prevent dust accumulation

Memory-free coiling characteristics eliminate kinking

High-visibility coloration enhances worksite safety

Abrasion-resistant surfaces withstand concrete drag

Power your solar projects with unbreakable reliability! Request a FREE sample of our TÜV-certified PV cables today and experience superior performance firsthand.