01
Grid-Wide Adaptability
02
Optimized Cost and Maintenance
03
Secure Redundant Transmission
OPGW suits new high-voltage backbone lines, replacing the original ground wire to deliver lightning protection grounding and dedicated network communication in one step; ADSS targets renovation of existing medium- and low-voltage distribution networks and rural power grids, and its all-dielectric construction supports live-line installation without power outage. Together, the two cover all scenarios including transmission, distribution, and new energy stations, enabling communication networks to be deployed alongside both high- and low-voltage lines, and fully supporting the rollout of digital services such as smart grid dispatching and remote monitoring.
New high-voltage lines choose OPGW, eliminating the separate cable stringing process and simplifying construction; aging lines deploy lightweight ADSS, requiring no reinforcement of existing poles and towers and cutting retrofit costs. Both cable types are weather- and aging-resistant, with low failure rates and long maintenance cycles in long-term outdoor operation. Initial construction investment remains controllable while later maintenance workload and spending decrease accordingly, achieving optimal cost across the full lifecycle.
OPGW's metallic armor shields against electromagnetic interference and withstands high-current impacts from short circuits and lightning; ADSS has no metallic structure, eliminating the risk of induced current corrosion. Deployed together, they form dual-route communication channels that doubly guard against risks such as line icing, external damage, and grid faults, continuously ensuring uninterrupted transmission of core services including relay protection and data acquisition, with greatly enhanced communication stability.