Power Industry

Optical communication equipment is widely used in power grid dispatching, substation remote monitoring, power data collection, and communication protection systems. Multi-service optical transceivers can realize unified optical fiber transmission of various signals such as E1, Ethernet, and serial ports, ensuring stable and efficient transmission of control commands and monitoring data in harsh power environments.

Practical Advantages:

Significantly improves the automation level of the power grid and fault response efficiency, reducing operational risks caused by interference or communication interruptions.

Flexible port configuration adapts to various substation architectures, enabling integrated communication deployment.

Practical Application Effects:

Dramatically enhances the power grid's automation level and response speed, achieving millisecond-level control command delivery and data feedback during sudden faults or emergencies.

Strong electromagnetic interference resistance, suitable for complex high-voltage environments such as high-voltage power transmission and substations.

Flexible port configuration meets hybrid deployment needs of new and old substations, enabling converged communication between traditional equipment and next-generation intelligent terminals.

Reduces optical cable deployment and equipment operation and maintenance costs, enhances system stability and scalability, and facilitates the construction of a more efficient and secure intelligent power grid communication system.