Oufu Optical Fiber Cable Co, Ltd
Navnîvan: Shenyang, Liaoning, Çîna
Têkilî: Gerînerê Zhang
Telefon: 400-964-1314
Telefon: 86 13904053308
Hêl
Q1:Gelo tu kirinê?A1:Yes. We are a manufacturer with 15 years of history. We offer the best price direct from the factory.Q2:Tu dikarî navê min (Logo) li van hêjên ku bibî?A2:Yes! We offe
Q1:Gelo tu kirinê?
A1: Erê. Em bi 15 salan de çi qas dikin. Em hê ji fakhîxê de ji berê.
Q2:Tu dikarî navê min (Logo) li van hêjên ku bibî?
A2: Erê! Xwedê mez هەڵاکەی بای به هەڵە کە
Q3:Tu serwerên kîjan kirin?
A3 Em pîrozên nû biçûk ku em ji tûnên nû ji nîşanên me dikin.
Q4:Gelo tu dikarî ku ew ew hê jixweştên ku me alî me bike ku ew ew e?
A4: Bihûn. Kevel OPGW, kable ADSS, ACSR Cable, FTTH Drop, cable fiber de, Pîroz
Q5:Demetê çi ye?
A5
OPGW (Optical Fiber Composite Overhead Ground Wire) is a type of special cable that combines optical fibers with conventional overhead ground wires (OPGW) for power transmission lines. It serves the dual purpose of providing both electrical grounding and optical communication capabilities.
OPGW cables are designed to be installed alongside the high-voltage transmission lines, typically as a replacement for the conventional steel or aluminum ground wires. The optical fibers embedded within the OPGW cable allow for high-speed, high-capacity data transmission, enabling efficient communication between substations, control centers, and other critical components of the power grid.
The key advantages of OPGW include its high reliability, excellent electromagnetic interference immunity, and the ability to coexist with existing power transmission lines without requiring separate right-of-ways or additional infrastructure. FurtherZêde zêder, OPGW cables are designed to withstand the harsh conditions encountered in outdoor environments, such as extreme temperatures, wind, and ice loads.
In summary, OPGW cables provide a cost-effective and efficient solution for integrating optical fiber communication into power transmission systems, enhancing the reliability and performance of the overall power grid.