Wire and cable industry is rapidly expanding to new energy, intelligent and green direction, 2025 these emerging areas will become an important growth point:
The main emerging application areas:
New energy field
I. Photovoltaic Power Generation System
Inter-module connection: UL certified high-temperature wires (e.g. UL1332 FEP insulated wire) are used for electrical connection between PV panels, which are resistant to extreme outdoor temperature difference from -60℃ to +200℃.
Inverter wiring: FEP insulated wires (e.g.UL10064 wire) safeguard the stable operation of inverters in high-temperature environments by virtue of their UV resistance and anti-aging properties.
II. Energy Storage System
Battery pack connection: UL electronic wire (such as UL3173, UL10368) instead of the traditional energy storage cables, with acid and alkali corrosion resistance and low resistance characteristics, suitable for battery charging and discharging of high temperature environment.
System integration: cross-linked polyolefin insulated wires (UL3271, UL3266), highly flexible, chemical corrosion resistant, designed for the internal wiring of the energy storage system.
III. New Energy Vehicles
High voltage power transmission: UL certified Teflon High Temperature Wire are used to supply power to production line robots and welding equipment, with high temperature resistance and mechanical abrasion resistance to enhance productivity.
Charging infrastructure: XLPE insulated wire are used in charging piles, combining flexibility and cost advantages to support high-current fast charging.
Smart Infrastructure
Intelligent Buildings: UL certified standard wires are designed for humid environments, avoiding safety hazards and supporting the stable operation of building automation systems by improving insulation resistance and low-temperature resistance.
Industrial automation: UL1332 high-temperature silicone wire is used for control circuits and signal transmission. Its chemical resistance and heat resistance are suitable for high-temperature and dusty industrial environments, ensuring the reliability of robots and sensor networks.
Smart Grid: UL certified overhead insulated cables with integrated intelligent anti-swing components reduce the impact of wind sway through a damping system to enhance the safety and longevity of power grid transmission, and are suitable for power networks in dense urban areas.
Information technology and data centers: UL electronic cables connect servers and network equipment to ensure data transmission stability and support the high energy consumption needs of computing centers; their anti-interference characteristics are suitable for dense wiring environments.
Specialty Scenario Breakthroughs
Machine tool manufacturing and automation equipment: UL Listed wire provides superior abrasion and oil resistance in high vibration, oily environments, ensuring stable equipment connections and avoiding the risk of short circuits. This feature breaks through traditional limitations in robotic joints and production lines, enhancing mechanical durability and safety.
High temperature and corrosive environments: Teflon wires with UL1332 standards are temperature resistant up to 260°C at 300V, with strong resistance to chemical corrosion, suitable for microwave ovens, ovens and industrial heat equipment. Its low high-frequency loss supports signal transmission stability and breaks through high-temperature corrosion bottlenecks in power plants or chemical equipment.
Data processing and electronic systems: In data centers and other dense wiring scenarios, UL certified fluoroplastic (PTFE\FEP\PFA\XLPE\ETFE) insulated wire reduces the risk of fire through halogen-free insulation and ensures the reliability of high-speed data transmission. Its excellent insulation performance breaks through the limitations of traditional cables under EMI interference.
