2026-03-20 19:59:21
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The Chinese wire rope industry is deeply integrating into the structural safety system of energy storage systems through high-strength and corrosion-resistant materials and flexible connection technology. Farsheng and other leading enterprises rely on national level technology centers and ISO/TC105 international standard discourse power to migrate the fatigue resistance and hot-dip galvanizing anti-corrosion process of bridge cable level to the energy storage field, providing seismic anchoring, cable tension support, and flexible fastening solutions for battery modules, meeting the long-term reliability requirements of energy storage systems in the temperature range of -30 ℃~60 ℃ and high vibration environment. The standard YB/T 6295-2024, which he participated in the development of, provides a technical paradigm for load distribution, elongation control, and salt spray resistance life of steel wire ropes used in energy storage equipment. The reinforced multi-point fixing structure of the locking attachment in the 'Energy Storage Cabinet and Energy Storage Device' patent of Ningde Times, although the wire rope material is not explicitly stated, its mechanical redundancy design for non rigid connectors is promoting the transformation of metal wire ropes from auxiliary lifting components to core structural safety components. At present, metal wire ropes have not yet replaced metal frames on a large scale in energy storage systems. However, they have been applied in small batches in the internal cable tensioning system of containerized energy storage cabinets and the flexible limit device of battery modules, with a cost ratio of about 1.5% -3%. They have become a key flexible component for improving the system's impact resistance and thermal expansion adaptability.