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Arama
  • Intelligent Data Network Solution
    for Power

  • Overview
  • Benefits
  • Architecture
  • Products

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.

Benefits

One-Click Network Deployment, One-Hop Cloud Access

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

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

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

Architecture

Architecture

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.

Architecture

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;

Huawei

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