1kV PV Wire Aluminum Conductor Single Layer XHHW-2
1kV PV Wire Aluminum Conductor Single Layer  XHHW-2
1kV PV Wire Aluminum Conductor Single Layer  XHHW-2
Model
XHHW-2

Item specifics

Rated temperature
90°C wet or dry
Rated voltage
600V or 1000V
Insulation
XLPE, All colour
Conductor
Aluminum
Reference Standard
UL44

Review

Description

XHHW-2 PV Wire Advantages
solar cable
1kV PV Wire Aluminum Conductor Single Layer XHHW-2
1kV PV Wire Aluminum Conductor Single Layer XHHW-2 is designed for reliable power transmission in photovoltaic and renewable energy applications. With an aluminum conductor and single-layer XHHW-2 insulation, it provides a lightweight, durable, and cost-effective solution. Rated up to 1kV, it delivers stable performance, excellent environmental resistance, and long-term reliability for utility-scale solar and power distribution systems.

· Easy stripping and cutting
· High temperature
· Ozone resistant
· UV resistant
· UL VW-1 & CSA FT1 & FT2
· More economical
XHHW-2 PV Wire Technical Data
Rated temperature
90°C wet or dry
Rated voltage
600V or 1000V
Reference Standard
UL 44
solar cable
XHHW-2 PV Wire Product description
Cable Name
Cross Section
(AWG/kcmil)
Conductor Stranded O.D.
(mm)
Insulation Thickness
(mm)
Cable O.D. Ref. Range
(mm)

Approximate Weight(kg
/km)
Conductor Resistance Max
(Ώ/km,20°C)
1000V PV Wire Aluminum Conductor Single Layer XHHW-2
8
3.7
 1.14
6.10±0.20
 48.8
3.52
6
4.3
 1.14
 6.70±0.20
65.8 
2.21
4
5.5
 1.14
  8.00±0.20
 93.8
1.390
3
6.1
 1.14
 8.60±0.30
 112.3
1.100
2
6.9
 1.14
9.40±0.30
 135.7
0.875
1
7.7
 1.40
10.70±0. 30
 176.7
0.693
1/0
8.6
 1.40
 11.60±0.30
 213.2
0.550
2/0
9.6
 1.40
 12.60±0.30
258.2
0.436
3/0
10.7
 1.40
 13.80±0.50
 313.9
0.346
4/0
12.1
 1.40
 15.20±0.50
384.2
0.274
250
13.2
1.65
 16.80±0.50
464.2 
0.232
300
14.2
1.65
17.80±0.50
541.8
0.194
350
15.6
1.65
19.50±0.80
622.5
0.166
400
16.6
1.65
20.50±0.80
700.1
0.1450
500
18.7
1.65
22.50±0.80
856.0
0.1160
600
20.4
2.03
25.00±0.80
1051.8
0.0967
750
22.9
2.03
27.50±1.20
1285.2
0.0774
1000
26.5
2.03
31.00±1.20
1668.7
0.0580