Professional Cable Solutions Empowering Energy Transition

Driven by global "dual-carbon" goals, the energy storage industry has experienced explosive growth. From residential energy storage power stations to large-scale industrial and commercial energy storage systems, equipment stability and energy efficiency have become the core of competition among companies. However, while most practitioners focus on core components such as batteries and inverters, they overlook a crucial link—the cable. As the "nerves and blood vessels" of the energy storage system, the performance of the cable directly determines the safety factor, operating efficiency, and service life of the equipment. Professional cable solutions have become key for energy storage companies to break through development bottlenecks.

1. High Temperature Resistance + Flame Retardant, Building a Solid Safety Line

The solution uses cross-linked polyethylene (XLPE) insulation material with a temperature resistance rating of up to 150℃, combined with a flame-retardant polyolefin sheath. It maintains stable insulation performance even under long-term operation at 120℃, and even under short-term extreme high temperatures of 180℃, it can prevent the insulation layer from melting. Simultaneously, it has passed UL94 V-0 flame retardant certification, rapidly self-extinguishing in the event of fire, effectively preventing the spread of flames, and providing double safety protection for critical areas such as energy storage battery compartments and inverter cabinets. 
2. Low resistance + low loss, improving energy utilization efficiency.

The conductor uses high-purity oxygen-free copper (99.99% copper content), At the same time, the current carrying capacity of the wire is increased by 10%, which can be adapted to larger power energy storage modules, helping the equipment achieve a "small size, high capacity" upgrade.
3. Customized design, adapting to all scenarios of energy storage needs.

Zhengfeng Wire&Cable offers segmented solutions for customers in different energy storage scenarios. Discussions are welcome.