Photovoltaic (PV) cables are specialized connecting wires used in PV power generation systems to link modules, combiner boxes, inverters, and other equipment. Featuring resistance to high/low temperatures, UV radiation, aging, flame retardancy, and environmental friendliness, they offer excellent electrical performance and a long service life. Designed to withstand harsh outdoor conditions such as intense sunlight, temperature variations, and humidity, they effectively ensure the stable, safe, and efficient operation of PV systems, making them a key component in the construction of photovoltaic power plants.

Energy storage system cables are key components for power stations, commercial, and residential storage applications. Used for power transmission and signal control between battery clusters, PCS, and distribution systems, they feature high voltage/temperature resistance, DC ripple tolerance, flame retardance, low smoke, zero halogen, and anti-interference. Designed to withstand frequent charging cycles and complex environments, they ensure safe, reliable operation and enable efficient energy storage, conversion, and transmission.

Rail transit specialized cables, designed for subways, light rails, and high-speed railways, are regarded as the "blood vessels and nerves" for train power supply, signal transmission, and equipment control. They feature high safety (low smoke, zero halogen, flame retardant, and fire resistant), strong adaptability (resistant to extreme temperatures, oil, bending, vibration, and moisture), and stable performance (excellent insulation and shielding). Main applications include traction power supply, onboard wiring, signal communication, and station power distribution. The products comply with international and domestic standards such as EN 50264, EN 50306, EN 45545, IEC, and GB/T.

Industrial manufacturing cables are essential for automation and production lines, widely used in machine tools, robotics, and engineering machinery. Designed for power supply, signal control, and data transmission, they withstand demanding conditions like frequent bending, torsion, and oil exposure. With stable performance and high durability, they ensure reliable equipment operation, supporting intelligent and efficient manufacturing.

Wind power and photovoltaic cables are key components in new energy systems, specifically designed to withstand harsh environments such as high altitudes, extreme temperatures, UV radiation, and long-term vibration. They feature excellent electrical performance and resistance to weather, oil, torsion, and bending, while meeting flame-retardant and low-smoke halogen-free standards. Primarily used for PV module connections, inverter power transmission, and wind turbine internal circuits, these cables ensure stable and efficient power generation in renewable energy stations.

Power grid and utility cables are essential for power transmission and urban infrastructure, widely used in power grids, industrial plants, municipal projects, and industrial parks. Covering voltages from low to ultra-high, they offer excellent insulation, overload capacity, and short-circuit resistance. Suitable for direct burial, trays, conduits, tunnels, and overhead lines, they feature strong weather and corrosion resistance. Designed with flame-retardant, fire-resistant, and low-smoke zero-halogen materials, they ensure long service life and low maintenance. Key applications include grid upgrades, power generation, municipal transport, data centers, and commercial building distribution systems.