LV Power Cable (Low Voltage Power Cable) Low voltage power cables are suitable for power distribution systems with rated voltage 0.6/1kV. The cables are adopted for indoor, outdoor, underground duct and direct burial installations. Typical applications include power supply for residential buildings, shopping malls, factories, pumping stations and low-voltage side output of transformers to feed various terminal loads including lighting, air conditioning and low-voltage motors. MV Power Cable (Medium Voltage Power Cable) Medium voltage power cables are applicable to power transmission and distribution systems with rated voltages ranging from 3.6/6kV up to 26/35kV. They are used for main trunk circuits in municipal power grids, industrial facilities, large infrastructure, wind farms and centralized PV plants. These cables connect primary substations with distribution transformers, ring main units and high-voltage motors to realise medium-distance bulk power delivery.

Control Cables are used for transmitting control signals, measurement signals, and low-power electrical commands between equipment and systems. They are widely applied in industrial automation, machinery control panels, power plants, and building management systems, where accurate and stable signal transmission is required. These cables connect control units with motors, sensors, relays, and other electrical devices, supporting coordinated operation across different parts of a system.In terms of structure, control cables are designed with multiple cores, flexible conductors, and reliable insulation to support complex wiring layouts and frequent routing in confined spaces. Depending on the application environment, they may include additional features such as screening or shielding to reduce electromagnetic interference. Material selection and construction focus on durability, electrical stability, and compatibility with standard control voltages, allowing control cables to perform consistently in long-term fixed or semi-flexible installations.

Solar Cables are developed for power transmission within photovoltaic systems, connecting solar panels, combiner boxes, inverters, and other system components. They are used in both rooftop and ground-mounted installations, supporting the transfer of direct current generated by solar modules under continuous outdoor exposure.These cables are manufactured with insulation and sheathing materials selected to handle environmental influences such as sunlight, temperature variation, and mechanical stress. Flexible conductor designs simplify installation, while stable electrical characteristics support long-term operation in solar power systems. Solar cables are suitable for use in residential, commercial, and utility-scale photovoltaic projects where consistent performance and structural reliability are required.

These cables are designed for AC systems with rated voltage U₀/U up to 450/750 V. They are applied for fixed wiring inside buildings, power and lighting circuits, as well as internal & external connections of electrical equipment, household appliances, instruments and meters. Widely adopted in residential buildings, commercial complexes, factories and municipal low-voltage terminal distribution.

Designed for variable frequency drive systems with rated voltage 0.6/1kV and below, serving as connecting cables between frequency converters and variable-speed motors. Adopting balanced structure and shielding design, the cable withstands high-frequency PWM pulse voltage, suppresses harmonic waves and electromagnetic interference, reduces motor shaft voltage and operational noise, and ensures stable performance of drive systems. Widely used for CNC machine tools, fans, water pumps, compressors, conveyors, metallurgy, papermaking, textile machinery and industrial automated production lines.

Suitable for signal transmission between automatic instruments, computer control systems and data acquisition devices at rated voltage up to 300/500V. With great anti-interference performance, it effectively reduces signal distortion caused by external electromagnetic interference. Widely applied in petrochemical, power, metallurgy, building automation, sewage treatment and other industrial automatic control fields for transmission of analogue signals and digital control signals.

Suitable for overhead power distribution lines with rated voltage ranging from 0.6/1kV to 10kV, installed on outdoor utility poles for power transmission in towns, villages and industrial zones. Compared with bare conductors, the cable improves operational safety, reduces short-circuit and electric shock hazards, and lowers the risk of power outages caused by tree contact. It is widely used for urban line renovation, rural power grids and overhead distribution outside industrial plants.

Bare wire refers to metallic conductors without insulation and sheath layers. It is mainly used for overhead transmission lines, substation busbars, earthing systems and connections of electrical equipment. Widely applied in overhead main power lines, distribution poles, switchgear busbars, lightning protection and grounding projects.