The Sac 1X240mm² Al/XLPE/XLPE Spaced Aerial Cable stands as a high-voltage power transmission solution engineered for reliability and efficiency across 11kV, 15kV, 25kV, and 35kV networks. Featuring a single 240mm² aluminum conductor, this cable combines dual layers of cross-linked polyethylene (XLPE) insulation, delivering exceptional electrical performance and robust protection against environmental stressors.​ The spaced aerial design ensures optimal heat dissipation, a critical advantage for high-voltage applications where thermal management directly impacts operational safety and longevity. The aluminum conductor, chosen for its high conductivity and lightweight properties, minimizes power loss while reducing the load on supporting structures, simplifying installation and lowering infrastructure costs.​ Dual XLPE insulation layers provide superior resistance to temperature fluctuations, moisture, chemicals, and UV radiation, making the cable suitable for diverse environments—from urban industrial zones to remote rural areas. Its ability to operate across multiple voltage ratings (11kV to 35kV) enhances versatility, catering to both medium and high-voltage distribution needs in utility grids, renewable energy projects, and industrial complexes.​ Manufactured to meet stringent international standards, the Sac Spaced Aerial Cable guarantees consistent performance, compliance with safety regulations, and a long service life. Its durable construction and adaptive design make it a cost-effective choice for modern power transmission systems requiring reliable, high-capacity connectivity.

12kv Sac Cable 25kv Single Core Aluminum Conductor Space Aerial Cable​ The 12kv and 25kv single-core aluminum conductor space aerial SAC cables redefine medium-voltage overhead transmission with their robust design and high-performance capabilities. Engineered for space-constrained aerial installations, these cables combine aluminum’s lightweight efficiency with specialized insulation, making them ideal for urban grids, industrial corridors, and long-distance power links.​ Single-core configuration minimizes electromagnetic interference, critical for 12kv/25kv medium-voltage systems powering industrial machinery and urban substations. Aluminum conductors, with 61% IACS conductivity, ensure low energy loss while reducing tower load—30% lighter than copper alternatives, easing installation across wide spans.​ SAC (Space Aerial Cable) design features weather-resistant insulation (typically XLPE or EPR) that withstands UV radiation, extreme temperatures (-40°C to 90°C), and moisture. This ensures durability in diverse environments, from coastal industrial zones to high-altitude regions.​ Rated for 12kv (urban/suburban use) and 25kv (long-distance/heavy loads), they excel in applications like connecting substations, powering industrial parks, or reinforcing grid networks. Compliant with IEC 60502 and ANSI standards, they undergo rigorous dielectric and tensile tests, guaranteeing reliability. Their single-core structure simplifies phase separation, optimizing space usage in crowded aerial corridors—merging efficiency, durability, and space-saving design for modern medium-voltage networks.

Aeks Aerial Bunched XLPE Aluminum Cables 2X10 Sqmm, 2X16mm2 ABC Cable​ Aeks Aerial Bunched XLPE Aluminum Cables, available in 2X10 Sqmm and 2X16mm² configurations, represent a premium solution for low-voltage overhead power distribution. Engineered with precision, these ABC (Aerial Bundled Cables) integrate two insulated aluminum conductors into a compact, twisted bundle, combining efficiency, safety, and durability for residential, commercial, and light industrial applications.​ The 2X10 Sqmm and 2X16mm² variants cater to varying load requirements: the 10 Sqmm option is ideal for light-duty scenarios such as small homes or secondary feeder lines, while the 16mm² model handles medium loads in larger residences, small commercial units, or rural electrification projects. Both feature high-grade aluminum conductors, chosen for their excellent conductivity-to-weight ratio, ensuring efficient power transmission with minimal loss. Aluminum’s lightweight nature reduces strain on utility poles and simplifies installation, lowering labor costs.​ Each conductor is insulated with cross-linked polyethylene (XLPE), a material renowned for its superior dielectric strength, thermal stability, and resistance to UV radiation, moisture, and chemicals. XLPE insulation operates reliably across a temperature range of -40°C to 90°C, ensuring long-term performance in harsh outdoor environments. The bundled design eliminates the need for separate conductors, reducing clutter on poles, minimizing electromagnetic interference (EMI), and enhancing safety by preventing accidental contact with live wires.​ Compliant with international standards for low-voltage aerial cables, Aeks ABC Cables are easy to install and maintain, making them a preferred choice for utilities and contractors. Their robust construction and versatile sizing ensure seamless integration into diverse power distribution networks, delivering consistent, safe power where it’s needed most.

The single-core 2500mm² aluminum conductor cross-linked polyethylene (XLPE)-insulated aerial cable for power transmission is one of the key equipments in the current high-voltage and extra-high-voltage power transmission field. Relying on its excellent electrical conductivity, insulation reliability and environmental adaptability, it plays an irreplaceable role in long-distance and large-capacity power transmission scenarios. The core design of this cable revolves around the three goals of "efficient transmission, safety and stability, and long-term durability", and the selection and technology of each structural component have been accurately optimized to meet the strict requirements of modern power systems for transmission equipment. In terms of conductor structure, the cable adopts a single-core design and a 2500mm² large-section aluminum conductor, which has the dual advantages of "low loss" and "light weight". Compared with traditional copper conductors, aluminum conductors have a lower density (about 1/3 of copper) under the same electrical conductivity, which can significantly reduce the weight of the cable itself, reduce the load-bearing capacity of the towers in the overhead line, and thus lower the overall cost of line construction. It is especially suitable for crossing projects with large spans (such as cross-river and cross-valley lines). At the same time, the large-section design of 2500mm² can effectively reduce the conductor resistance, reduce the Joule heat loss during current transmission, and improve the transmission efficiency. In the transmission lines of 500kV and above voltage levels, the conductor with this section can realize the current-carrying capacity of thousands of amperes in a single circuit, meeting the large-capacity transmission needs such as power transmission from large power stations (such as hydropower stations and wind farms) and interconnection of main power grids between regions, and helping to solve the problem of "uneven spatial and temporal distribution of power supply and demand". In terms of the insulation layer, the cable uses cross-linked polyethylene (XLPE) as the insulation material, which is the core feature that distinguishes it from traditional oil-immersed paper-insulated cables and is also the key to ensuring the long-term safe operation of the cable. After cross-linking, the molecular structure of XLPE material changes from linear to three-dimensional network, which has far better heat resistance, aging resistance and mechanical strength than ordinary polyethylene: its long-term allowable operating temperature can reach 90℃, and the maximum temperature can withstand 250℃ (short-term) in case of short circuit. It can adapt to the temperature changes caused by the load fluctuation of the power system, and avoid the insulation layer from cracking or performance attenuation due to thermal expansion and contraction. At the same time, the XLPE insulation layer has a low dielectric loss tangent value and high volume resistivity, with stable insulation performance, which can effectively suppress partial discharge and reduce the risk of cable failure caused by insulation breakdown. In addition, XLPE material does not contain oil substances, so there is no problem of leakage pollution, which is friendly to the environment such as soil and water sources, and conforms to the current development concept of "green power" construction. From the perspective of application characteristics of aerial laying, the cable also has excellent resistance to environmental interference. To adapt to the aerial scenario, the outer layer of the cable is usually equipped with a weather-resistant sheath (such as polyethylene or polyvinyl chloride sheath) and an anti-corrosion layer, which can resist the erosion of harsh natural environments such as ultraviolet radiation, rain, snow, freezing, acid-base haze, and extend the service life of the cable. Under normal maintenance conditions, its design service life can reach more than 30 years, which significantly reduces the operation and maintenance cost of the line. At the same time, the single-core structure makes it more flexible in the laying process, and the installation method can be adjusted according to the line path. Moreover, there is no need to consider the phase arrangement of multi-core cables, which simplifies the construction process and shortens the project cycle. In practical applications, this cable is widely used in key fields such as national main power grids, new energy grid connection, and urban power grid upgrading. For example, in the extra-high-voltage transmission projects across provinces and regions, it can efficiently transmit the power from large energy bases in the west to the load centers in the east, alleviating the contradiction between regional power supply and demand. In new energy projects such as wind power and photovoltaics, its large current-carrying capacity can adapt to the volatility of new energy power generation, ensuring the stable grid connection of power. In the transformation of urban power grids, compared with traditional overhead conductors, its insulation structure can reduce the safety distance requirement of the line to surrounding buildings, improve the utilization rate of urban land resources, and help build a "compact and efficient" urban power grid system. In conclusion, through structural optimization and material innovation, the single-core 2500mm² aluminum conductor XLPE-insulated aerial cable for power transmission achieves the multiple advantages of "efficient transmission, safety and reliability, economy and environmental protection". It not only meets the needs of modern power systems for large-capacity and long-distance power transmission, but also provides key technical support for the development of new energy and the upgrading and transformation of power grids. It is one of the important equipments to promote the high-quality development of the power industry.