MV medium voltage power cable is a high-performance, industry-compliant power transmission solution engineered for reliable energy delivery across medium voltage applications. Meticulously manufactured by XWA’s professional production team, our MV power cables adhere to international and regional standards including IEC, ICEA and ANSI, ensuring seamless compatibility with global power infrastructure projects—from industrial plants, commercial buildings and renewable energy facilities to urban power grids and municipal engineering.
6.6kV MV Cable
11kV MV Cable
33kV MV Cable
10kV MV Cable
35kV MV Cable
Crafted with premium conductive materials, high-insulation performance layers and robust protective sheaths, XWA medium voltage power cables deliver exceptional electrical conductivity, thermal resistance, corrosion protection and mechanical durability. They are designed to withstand harsh operating environments, including extreme temperatures, moisture, chemical exposure and mechanical stress, minimizing downtime and ensuring long-term, low-maintenance operation.
As a direct manufacturer of power equipment, XWA controls the entire production process from raw material selection to finished product testing, guaranteeing consistent quality, precise technical parameters and customizable solutions for different voltage grades, core configurations and application scenarios.
IEC 60502: Common Models & Core Structures
| Model | Full Name | Rated Voltage (U0/U) | Core Structure | Typical Applications |
|---|---|---|---|---|
| N2XSY | Copper conductor, XLPE insulation, copper tape screen, PVC outer sheath | 6/10kV, 12/20kV, 18/30kV | Class 2 compacted copper conductor → semi-conductive conductor screen → XLPE insulation → semi-conductive insulation screen → copper tape screen → filling/ binding tape → PVC outer sheath | Indoor installation, cable trench, non-direct burial |
| NA2XSY | Aluminium conductor, XLPE insulation, copper tape screen, PVC outer sheath | 6/10kV, 12/20kV, 18/30kV | Class 2 compacted aluminium conductor → semi-conductive conductor screen → XLPE insulation → semi-conductive insulation screen → copper tape screen → filling/ binding tape → PVC outer sheath | Cost-sensitive overhead lines, cable ducting |
| N2XS2Y | Copper conductor, XLPE insulation, copper tape screen, PE outer sheath | 6/10kV, 12/20kV, 18/30kV | Class 2 compacted copper conductor → semi-conductive conductor screen → XLPE insulation → semi-conductive insulation screen → copper tape screen → filling/ binding tape → PE outer sheath | Humid environments, underground non-direct burial |
| N2XS2Y2 | Copper conductor, XLPE insulation, copper tape screen, steel tape armoring, PE outer sheath | 6/10kV, 12/20kV, 18/30kV | Class 2 compacted copper conductor → semi-conductive conductor screen → XLPE insulation → semi-conductive insulation screen → copper tape screen → inner sheath → steel tape armoring → PE outer sheath | Direct burial, mechanical pressure bearing scenarios |
| N2XSH | Copper conductor, XLPE insulation, copper tape screen, LSZH outer sheath | 6/10kV, 12/20kV, 18/30kV | Class 2 compacted copper conductor → semi-conductive conductor screen → XLPE insulation → semi-conductive insulation screen → copper tape screen → filling/ binding tape → LSZH outer sheath | Metro, high-rise buildings (low smoke zero halogen requirement) |
Application Classification of Medium Voltage (MV) Cables
Power Grid Distribution Application
The core application for urban/rural power grid construction, including primary and secondary distribution networks of power supply companies, responsible for power transmission from substations to industrial and civil users. It is required to have reliable operation, strong anti-interference and long service life.
IEC: 6/10kV, 12/20kV (N2XSY, N2XS2Y2)
ICEA: 15kV, 25kV (MV-90 CN Shielded, MV-105 Tape Shielded)
Industrial Plant Application
Applied to power supply of industrial production equipment, including manufacturing plants, petrochemical bases, metallurgical mills and processing workshops. It is required to adapt to high temperature, heavy load and complex industrial environment, and part of the scene needs flame retardant and explosion-proof performance.
IEC: 6/10kV, 18/30kV (N2XSH, NA2XSY)
ICEA: 15kV, 35kV (MV-105 LSZH Sheath, Tape Shielded)
Commercial & Civil Building Application
Power supply for high-rise buildings, commercial plazas, residential quarters, hospitals and schools. It focuses on low smoke zero halogen (LSZH), flame retardant and fire resistance, and adapts to narrow installation space such as building interlayer and shaft.
IEC: 6/10kV (N2XSH, N2XSY with flame retardant sheath)
ICEA: 5kV, 15kV (MV-90 LSZH Shielded, compact structure type)
Copper Core MV Medium Voltage Power Cable
The flagship type of XWA, featuring high-purity electrolytic copper conductors for superior electrical conductivity, low energy loss and stable performance, ideal for high-demand industrial, urban grid and large-scale commercial power distribution systems.
Aluminum Core MV Medium Voltage Power Cable
A cost-effective, high-efficiency solution with high-quality aluminum conductors, offering lightweight design and excellent corrosion resistance, perfectly suited for outdoor overhead, rural power grid and long-distance power transmission projects with strict weight and budget requirements.
Armored MV Medium Voltage Power Cable
Reinforced with steel tape/steel wire armoring layers, this rugged type boasts exceptional mechanical protection, crush resistance and anti-rodent performance, designed for harsh operating environments like underground burial, tunnel laying, mining areas and construction sites.
Medium Voltage (MV) Submarine Power/Optical Composite Cable
MV Submarine Power/Optical Composite Cables are designed for medium-voltage power transmission and simultaneous optical communication in offshore and subsea environments.
Frequently Asked Questions of MV Power Cable
What voltage ratings and standards do XWA MV cables cover?
What conductor and insulation options are available for XWA MV cables?
What sheathing and armoring types do XWA MV cables have for different applications?
Can XWA MV cables be customized for special working environments?
What are the typical applications of XWA MV cables?
XWA MV cables are widely used in urban/rural power grid distribution, industrial plants (petrochemical/metallurgy), commercial/civil high-rises, municipal infrastructure (metro/airport/railway), and renewable energy projects (photovoltaic/wind farms/energy storage). All models match the installation requirements of direct burial, cable trench, bridge, overhead and tunnel laying.