XLPE Insulated PVC Sheathed Overhead Aerial Bundled Cable (ABC) is an efficient transmission equipment specially developed for power distribution systems. Relying on the core advantages of "dual protection, safety and durability, and strong adaptability", it is widely used in urban and rural low-voltage distribution networks, residential community power supply, industrial park power distribution, and agricultural power grid transformation. It has become a key solution to solve the safety hazards of traditional overhead conductors and improve distribution efficiency. Its design focuses on the core needs of power distribution systems, such as "low loss, anti-interference, and easy maintenance", and achieves precise optimization in the selection of insulation and sheath materials and integrated structural design. It can not only adapt to complex outdoor laying environments but also meet the load and safety requirements of different power distribution scenarios.​ In terms of material and structural design, the core competitiveness of this cable lies in the dual protection system of "XLPE insulation + PVC sheath" and the bundled structure. The insulation layer is made of cross-linked polyethylene (XLPE) material. After special cross-linking treatment, its molecular structure forms a three-dimensional network structure, which has comprehensive performance far exceeding that of ordinary polyethylene: the long-term allowable operating temperature can reach 90℃, and the maximum short-circuit withstand temperature is 250℃ (short-term), which can adapt to the temperature changes caused by load fluctuations in the power distribution system and avoid thermal aging and cracking of the insulation layer. At the same time, the dielectric loss tangent value of XLPE insulation is ≤0.0005 (20℃, 50Hz), and the volume resistivity is ≥1×10¹⁴Ω·cm, with stable insulation performance. It can effectively suppress partial discharge, reduce the risk of leakage and short-circuit faults caused by insulation breakdown, and ensure the safe operation of power distribution lines. The outer PVC sheath further enhances the protection capability. PVC material has excellent weather resistance, mechanical damage resistance, and chemical corrosion resistance. It maintains good toughness in the temperature range of -30℃ to 60℃, and can resist the erosion of harsh environments such as ultraviolet radiation, rain, snow, freezing, and acid-base haze. At the same time, it prevents damage to the insulation layer caused by bird pecking and branch scratching. Compared with bundled cables without sheaths, its service life can be extended to more than 30 years, significantly reducing the frequency and cost of line operation and maintenance.​ In terms of structural integration, the cable adopts a multi-core bundled design (common specifications are 2-core, 3-core, and 4-core, suitable for single-phase or three-phase power distribution needs), integrating phase lines and neutral lines (if any) into one, avoiding phase confusion and line entanglement problems when multiple traditional bare wires are erected. The bundled structure not only reduces the line space occupation and lowers the investment in the number of poles and towers (under the same power supply radius, the pole spacing can be maintained at 80-120 meters, reducing the pole cost by 20%-30% compared with traditional bare wire lines) but also simplifies the laying process: a single bundled cable is lightweight (taking the 4×10mm² specification as an example, the weight per unit length is about 1.5kg/m), no complex wire-releasing equipment is needed, and erection can be completed manually or with small machinery. The installation efficiency is more than 50% higher than that of traditional conductors, which is especially suitable for complex laying environments such as narrow urban and rural lanes and dense residential areas. In addition, the bundled structure reduces electromagnetic interference between conductors and lowers line loss: in low-voltage power distribution systems (0.4kV), the line loss rate can be controlled within 3%, far lower than the 5%-8% loss level of traditional bare wires, which can significantly save electrical energy during long-term operation.​ In terms of performance adaptability, this cable perfectly matches the diverse needs of power distribution systems. In terms of current-carrying capacity, depending on the cross-section (common cross-sections are 2.5mm²-25mm²), the current-carrying capacity of a single core can reach 10A-120A, and multi-core parallel transmission can meet the load requirements of different power distribution scenarios: for example, a 4×16mm² specification cable can have a current-carrying capacity of more than 100A in a single circuit at the 0.4kV voltage level, which can meet the daily electricity needs of small and medium-sized residential communities (within 500 households) and medium-sized industrial parks (10-20 small and medium-sized enterprises); the 2×6mm² specification is suitable for small-load scenarios such as rural household distributed power supply and street lamp lighting. In terms of safety performance, the fully insulated structure of "XLPE insulation + PVC sheath" completely eliminates safety hazards such as personal electric shock and line short circuit that are prone to occur with traditional bare wires, especially in densely populated residential areas and commercial areas, which can greatly improve the safety of power distribution. At the same time, the cable has good flame retardancy (the oxygen index of the PVC sheath is ≥30%), which can inhibit the spread of flames in case of fire and reduce accident losses.​ In practical application scenarios, the value of this cable is fully reflected. In the transformation of urban and rural power distribution networks, it can be directly erected along the original poles and towers to replace old bare wires and ordinary overhead cables, solving problems such as "random connection", "high loss", and "frequent failures" of traditional lines, and helping to build a "safe and efficient" urban and rural power distribution network. In residential community power supply, the bundled structure can be laid along the outer walls of buildings or the poles and towers of community roads, without the need to excavate underground pipe trenches, reducing interference to residents' lives. At the same time, the fully insulated design avoids electromagnetic interference of the line to surrounding electronic equipment and improves power supply quality. In industrial park power distribution, its chemical corrosion resistance can adapt to the acid-base environment of industrial areas, resist the erosion of corrosive gases volatilized during production on the cable, and ensure stable power supply for enterprise production. In the transformation of agricultural power grids, it can adapt to scenarios such as farmland irrigation and pesticide spraying, withstand the impact of pesticide residues and soil moisture, and provide reliable power support for agricultural production.​ In terms of economic and environmental value, this cable also has significant advantages. In terms of material cost, XLPE and PVC materials have high cost performance, and the bundled structure reduces the consumption of conductors and auxiliary materials, reducing the cost by more than 40% compared with copper-core cables of the same cross-section. In terms of operation and maintenance cost, the designed service life of 30 years and excellent anti-interference performance reduce the number of line replacements and fault repairs, and the full-life cycle operation and maintenance cost is only 1/3 of that of traditional bare wires. In terms of environmental protection, XLPE and PVC materials can achieve resource recycling through harmless treatment, and the bundled structure reduces line space occupation, reducing damage to the ecological environment along the line, which conforms to the concept of "green power distribution" construction.​ In conclusion, through material innovation and structural optimization, the XLPE Insulated PVC Sheathed Overhead Aerial Bundled Cable (ABC) for Power Distribution has achieved multiple values of "safety and reliability, high efficiency and low consumption, economy and environmental protection". It not only solves the pain points of traditional power distribution lines but also adapts to the power supply needs of diverse distribution scenarios such as urban and rural areas, residences, industry, and agriculture. It provides key equipment support for the upgrading and transformation and high-quality development of power distribution systems and is one of the important products promoting technological progress in the power distribution field.