|
ingle Core
|
Cross section mm²
|
Strand design No.x ø(mm)
|
Conductor diameter mm
|
Conductor diameter Ω /km
|
Outer diameter mm
|
|
PV-1*1.5 mm²
|
1.5
|
30x ø 0.25
|
1.6
|
13.9
|
4.5
|
|
PV-1*2.5 mm²
|
2.5
|
48x ø 0.25
|
2.0
|
8.06
|
5.3
|
|
PV-1*4.0 mm²
|
4.0
|
56x ø 0.3
|
2.6
|
4.97
|
6.2
|
|
PV-1*6.0 mm²
|
6.0
|
81x ø 0.3
|
3.3
|
3.52
|
7.2
|
|
PV-1*10.0 mm²
|
10.0
|
200x ø0.25
|
4.4
|
2.12
|
8.3
|
|
PV-1*16 mm²
|
16.0
|
224x ø 0.3
|
5.2
|
1.95
|
9.5
|
Strenth of Our Solar Cable
●Dual wall 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 flxibility and stripping performance
●High current carrying capacity
●TUV approved
About solar photovoltaic conductor cable:
There are several benefits of solar pv wire cable. First, it makes it easier for you to access electrical power from anywhere in your home. This is especially true if there aren’t many electrical outlets in your home. It also helps when these outlets are far from your working station. Another benefit of solar cable is that it offers you several power sockets. So you can use multiple electrical devices simultaneously without unplugging any of them to create space for the other. Lastly, solar cable will help your home look tidy. This is because you don’t have to heap all your electrical cables in one place.
When purchasing photovoltaic cable, there are several factors that you need to consider. They include length, power ratings, and the plug connector. The length of the solar cable matters since it determines the distance for power transmission. It also helps in determining the amount of voltage it will carry to the final destination. Another factor that you need to consider is the power ratings which are mostly affected by the thickness of the extension cord. The other factor that you should consider is whether you are going to use it indoors or outdoors. Extension cords used outdoors need to be covered by a jacket casing to protect them from damage. Lastly, consider the type of plug connector. The connector should match with the power outlet you have.
Application
- Solar photovoltaic power generation industry
- New energy storage & power supply field
- Building photovoltaic (BIPV) engineering
- Outdoor power transmission under extreme weather (-40℃~+90℃)
- High‑mechanical‑requirement equipment wiring, UV‑resistant outdoor engineering

FAQ
Q1: What certifications do you have?
A: CE, TUV, RoHS certifications, compliant with IEC62930 standard.
Q2: What is the conductor material?
A: High‑purity tinned fine copper strands, Class 5 per VDE 0295/IEC 60228.
Q3: What are insulation and jacket made of?
A: XLPO electron‑beam cross‑linked, flame retardant, halogen‑free, UV & aging resistant.
Q4: What are voltage and temperature ratings?
A: DC 1500V / AC 1.0kV; Working temperature: -40℃ ~ +90℃.
Q5: How long is the service life?
A: Over 25 years under normal outdoor conditions.
Q6: Where can this cable be used?
A: For PV system wiring inside & outside buildings, rooftop solar stations, commercial PV projects, energy storage systems, RV/yacht solar power and other harsh‑environment applications.
Q7: What colors are available?
A: Insulation: black; Jacket: black or red, custom colors available.