The XLPE Insulated Low Voltage Aerial Bundled Cable (ABC) with Aluminum Conductor is a power transmission product specially designed for service drop and overhead line scenarios. It adopts a 4-core structure, aluminum conductors with specifications ranging from 16mm² to 95mm², and cross-linked polyethylene (XLPE) insulation layer. With high adaptability, durability, and cost-effectiveness, it has become a core choice in low-voltage distribution networks for connecting the main power grid lines to end-users and constructing overhead transmission lines. It is widely used in urban and rural residential power supply, commercial premises power distribution, and power transmission in small industrial areas.​ In terms of the product's core characteristics, the XLPE insulation layer is the key to ensuring performance. After special processing, the cross-linked polyethylene material forms a three-dimensional network molecular structure, which has excellent electrical insulation performance. It can stably withstand voltage impacts in low-voltage power supply environments, effectively isolate the conductor from the external environment, reduce the risk of leakage and short circuits, and ensure electricity safety. At the same time, the XLPE material has outstanding high-temperature resistance and aging resistance, and can work stably in the temperature range of -40℃ to 90℃. Even if it is exposed to harsh outdoor environments such as sunlight, rain, and strong ultraviolet rays for a long time, it is not prone to problems such as insulation layer cracking and softening, which greatly extends the service life of the cable and reduces later maintenance costs. This is especially suitable for the long-term outdoor operation needs of service drops and overhead lines.​ The 4-core structure design accurately meets the requirements of the three-phase four-wire system in low-voltage distribution systems, including three phase conductors and one neutral conductor. There is no need to lay additional neutral cables, which simplifies the line layout. This design not only reduces construction links and material investment but also ensures balanced current transmission in the three-phase circuit, avoiding voltage fluctuations caused by the lack of a neutral conductor or improper configuration, and ensuring the stable operation of end-users' electrical equipment. It can be efficiently adapted to both single-phase power distribution for residential service drops and three-phase power supply for overhead lines.​ Aluminum is used for the conductor, and five specifications are available: 16mm², 35mm², 50mm², 70mm², and 95mm², covering different power load scenarios. The density of aluminum conductor is only about one-third of that of copper, making the overall weight of the cable lighter. During overhead installation, it can reduce the load-bearing requirements on poles and towers, and lower the construction cost of poles and towers. At the same time, the raw material cost of aluminum is lower, which can effectively control the overall cost of the project, meeting the economic needs of large-scale distribution projects. Different cross-sectional specifications correspond to different application scenarios: the 16mm² specification has a moderate current-carrying capacity, suitable for service drops of rural individual households with low power load or overhead branch lines in small villages; the 35mm² to 50mm² specifications are suitable for service drops and overhead lines in medium-load scenarios such as urban residential areas and street shops; the 70mm² to 95mm² specifications have strong current-carrying capacity, which can meet the power transmission needs of high-load areas such as large residential communities and small industrial parks, realizing flexible configuration of "selecting specifications according to needs".​ In terms of application scenario adaptability, the cable has been optimized for the characteristics of service drops and overhead lines. As a service drop, its lightweight feature facilitates laying from the overhead main line to the user's building, reducing the difficulty of wall-penetrating and span laying. As an overhead line, its bundled structure avoids the problem that traditional bare wires are prone to faults caused by tree shading and bird nesting, reduces the line fault rate, and improves power supply reliability. In addition, the cable also has a certain degree of mechanical strength, which can resist the impact of natural factors such as outdoor wind and ice, ensuring stable power supply even under complex weather conditions and providing strong support for the safe and efficient operation of the low-voltage distribution network.​ In conclusion, the XLPE Insulated Low Voltage Aerial Bundled Cable (4-core, 16mm² to 95mm²) with Aluminum Conductor perfectly adapts to the usage needs of service drops and overhead lines through precise design of material, structure, and specifications. It not only ensures the safety and stability of power transmission but also takes into account economy and construction convenience. It has irreplaceable practical value in promoting the upgrading of low-voltage distribution infrastructure and ensuring residential electricity use, commercial and industrial power supply.