Automatic Network Solution for Oil & Gas Field Exploitation
The construction of intelligent digital oil and gas fields requires the establishment of secure, efficient and reliable automatic networks to optimize field production, strengthen process control and facilitate production management.
Via wired optical fiber and wireless transmission networks, real-time transmission and sharing of production data and equipment status information are realized among well zones, metering rooms, gathering stations, combined stations and processing plants. Centralized management and control can be implemented at the operation area production command center and production control center. As the network carries video monitoring, data acquisition and control services, a backbone network featuring high bandwidth, excellent redundancy, security, real-time performance and stability is essential for oilfield automation.
System Requirements
- Industrial-grade network design to ensure safe, stable and reliable operation under harsh working conditions
- High-bandwidth backbone network capable of transmitting high-volume IP services including video, audio and service data simultaneously
- Support network redundancy and self-healing for rapid fault recovery
- High network security to prevent monitoring systems from malicious attacks
- Powerful network management functions for fast fault diagnosis and stable system operation
Selection Advantages
- High-performance full-Gigabit Layer 3 industrial Ethernet devices support redundant dual-ring networking. Gigabit backbone links build stable transparent channels to realize real-time data collection as well as video and audio transmission.
- Compliant with IEC62439-6/DRP standard, achieving network self-healing within 20ms regardless of node quantity, ensuring outstanding network reliability and scalability.
- Diversified network management solutions enable remote equipment monitoring and maintenance. The concise real-time user interface simplifies remote management efficiently.
- Strict industrial-grade design enhances overall system reliability, equipped with independent dual redundant power input and supporting wide operating temperature range from -40℃ to 85℃.
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