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    Intelligent Data Network Solution
    for Power


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  • Benefits
  • Architecture
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Intelligent Data Network Solution for Power

The power data network provides wide-area interconnection and unified transport for data centers, dispatch centers, substations, and power supply companies at all levels. Facing the trend of cloud-based services and all-domain IoT, this solution provides the IPv6 Enhanced-based unified architecture for building intelligent and simplified power data networks featuring efficient cloud-network synergy, visualized O&M, and experience assurance to meet the requirements of various new service scenarios, such as large-scale construction of Three Clouds for electric power, unmanned inspection of substations, digital twinning, and renewable energy integration and dispatching.


Intelligent Traffic Scheduling

One-Click Network Deployment, One-Hop Cloud Access

• Seamless and unified SDN service provisioning across domains
• Northbound openness for cloud-network coordinated deployment

optimize business experience

Multi-Dimensional Visualization, Poor-QoE Awareness, Fast Closed-Loop Management

• Network-wide traffic and service quality visualization
• Automatic fault detection and minute-level demarcation and locating

Business Continuity

Service Intent-Driven Intelligent Network Provisioning, Differentiated SLA Assurance

• SDN-based path planning and dynamic adjustment, meeting service SLA requirements
• Slice-based hard isolation, ensuring power grid service security


As increasingly more services move to the power grid cloud, higher requirements are placed on service provisioning timeliness, service experience, and O&M. This solution helps build intelligent power data networks based on SDN, SRv6, and IFIT while also building a unified cloud platform with cloud-network synergy, facilitating the "3 + 27" public service cloud of the power grid.

power data network architecture en

Unified and seamless SRv6 transport across domains; SDN-based fast service provisioning;

SRv6 primary/backup paths, delivering hitless failover experience; SDN-based bandwidth optimization, improving link utilization;

Independent slices for key services, delivering hard service isolation; shared slice for common services, improving bandwidth utilization efficiency;

IFIT-based in-band flow measurement, enabling service SLA visualization; intelligent analysis and diagnosis, enabling automatic demarcation and locating;