This abstract covers the Rvfv series cables with a rated voltage of U1000V, including three specifications: 3X120mm²+70mm², 3X150mm²+70mm², and 3X185mm²+95mm².​ In the specification identification, "3X" represents 3 main conductors, the part after "+" is the auxiliary conductor, and the number is the cross-sectional area of a single conductor (unit: mm²). In the 3X120mm²+70mm² specification, 3 main conductors of 120mm² are responsible for main power transmission, and the 70mm² auxiliary conductor can be used as a grounding or backup circuit; the 3X150mm²+70mm² main conductor has stronger current-carrying capacity and is suitable for higher-power scenarios; the 3X185mm²+95mm² main conductor has the largest cross-sectional area, and the auxiliary conductor is upgraded simultaneously, which can meet the power and safety needs of large-scale equipment.​ The rated voltage of U1000V is suitable for low-voltage power distribution systems and can be connected to industrial or civil low-voltage power grids. This series of cables adopt conductors and insulation materials that meet standards. The insulation layer has good electrical resistance, and the overall structure is suitable for fixed laying. It is applicable to factory production lines, large building distribution trunks and other scenarios, balancing transmission stability and safety redundancy.

NFA2xsy-T Aerial Bundled Cable Mvtic Aluminum Cable 150mm² 240mm²​ The NFA2xsy-T aerial bundled cable, featuring MVTiC (Medium Voltage Thermosetting Insulated Conductors) aluminum cores in 150mm² and 240mm², redefines medium-voltage power distribution. Engineered for overhead use, this bundled cable merges high-capacity aluminum conductors with robust thermosetting insulation, excelling in urban grids, industrial parks, and large-scale rural electrification.​ The 150mm² and 240mm² aluminum conductors deliver exceptional conductivity (61% IACS) and current-carrying capacity—ideal for heavy loads like manufacturing plants or dense residential complexes. MVTiC insulation, resistant to 90°C continuous operation and 130°C short-term overloads, shields against UV rays, moisture, and corrosion, ensuring durability in diverse climates from coastal areas to industrial zones.​ As an aerial bundled design, it integrates multiple cores into a unified unit, reducing wind vibration by 40% and cutting installation time by 30% versus traditional setups. Compliant with IEC 60502 and NF C 33-209 standards, it undergoes rigorous dielectric and tensile testing. The 150mm² suits medium industrial loads, while 240mm² handles large-scale power demands, making it a versatile choice for modern medium-voltage networks.