In the realm of overhead conductors, efficiency and dependability hold significant importance. AAC/RW conductors, manufactured by Pooya Power Knowledge Enterprise, consist entirely of round aluminum wires of E.C. grade 1350-H, ensuring optimal electricity transmission with minimal loss over various distances and maintaining high reliability.
Technical Specifications:
AAC/RW conductors, manufactured by Pooya Power Knowledge Enterprise, consist entirely of round aluminum wires of E.C. grade 1350-H, ensuring optimal electricity transmission with minimal loss over various distances and maintaining high reliability. These conductors are versatile and suitable for application in low, medium, and high voltage lines, as well as short and medium spans. AAC/RW conductors, also referred to as all-aluminum conductors with round wires, are distinguished by their composition entirely of aluminum strands, unlike traditional ACSR conductors that incorporate a steel core.
The utilization of pure aluminum strands in these conductors leads to decreased electrical resistance compared to ACSR conductors, resulting in a lower mass per unit length. However, due to aluminum's lower mechanical strength relative to steel, these conductors are predominantly used in shorter and medium spans. The aluminum strands in AAC conductors display exceptional resistance to corrosion, forming a protective oxide layer when exposed to air, safeguarding the underlying layers. Consequently, AAC conductors are an ideal choice for installations in coastal and humid regions.
AAC/RW conductors offer greater flexibility due to their simpler structure and the absence of a steel core, making them more suitable for installation in complex and highly curved paths. Furthermore, their lighter weight and ease of transport reduce the need for towers and supporting equipment, which can lower installation and maintenance costs. Another advantage of these conductors is their high electrical conductivity and lower energy losses, which can significantly enhance the efficiency of power distribution systems, especially in areas with extensive electrical networks requiring efficient energy transfer. Due to the lack of a steel core, these conductors also possess anti-magnetic properties that can help reduce the effects of magnetic induction in adjacent systems. For these reasons, AAC/RW conductors are considered a cost-effective and efficient option for projects requiring moderate transmission capacity and high corrosion resistance.
Another significant advantage of AAC/RW conductors is their excellent resistance to corrosion caused by environmental factors. The stable oxide layer that naturally forms on the aluminum surface protects the conductor from corrosion and extends its lifespan. This characteristic is particularly important in areas with high humidity, industrial pollution, or near coastal regions where corrosive environmental conditions exist. Additionally, due to their uniform and homogeneous structure, AAC/RW conductors exhibit high flexibility, making installation easier and reducing the likelihood of damage during installation. Furthermore, the lightweight nature of these conductors facilitates transportation and installation, consequently reducing project costs.
AAC/RW conductors advantages:
- High electrical conductivity and minimal electrical resistance
- Superior corrosion resistance
- Reduced mass per unit length, enhancing ease of handling and installation.