Huaweihub
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Enterprise
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Enterprise · Industries

Intelligent Distribution Solution

Challenges: Line loss reduction, power supply reliability improvement, and rapid growth of new energy

High Line Loss

• Low smart meter coverage rate • Difficult to manage line loss • No online monitoring, difficult data analysis

  • High Line Loss

    • Low power supply reliability, long power outage time • Difficult fault locating, long recovery time • Low O&M efficiency

    Low Power Supply Reliability

  • Low Power Supply Reliability

    • Difficult grid connection, low absorption rate • Compromised power grid security and reliability • Higher requirements on power grids

    Massive Access to Clean Energy

  • Massive Access to Clean Energy
Trend

Trend

Intelligent Distribution Solution Features

  • One Platform

    One Platform

    • One on-premise private cloud, geo-redundant 3DC DR solution for security
    • One IoT platform for IT and OT data integration of all departments.

  • One Network

    One Network

    • Fiber backhaul network, wireless backhaul network, full coverage of distribution network scenarios
    • The communication reliability is 99.9%, improving the device online rate and ensuring reliable data

  • One Device

    One Device

    • 5 in 1: hardware-based platform, app-based software, software and hardware decoupling, on-demand service deployment, meeting service evolution requirements such as new energy

  • One Line

    One Line

    • High-reliability HPLC: Power services are carried on power lines. Fast and reliable access of transformer district devices

  • Huawei Intelligent Distribution Solution(IDS)

    Huawei Intelligent Distribution Solution(IDS)

  • Huawei Intelligent Distribution Solution(IDS)

    Reduced line loss

    • 15-minute real-time line loss analysis

    Improved power supply reliability

    • Unable to locate faults accurately->quick and accurate fault locating

    New energy management

    • Minute-level data collection, quasi-real-time control
    • Distributed PV should be connected to power grids as much as possible. Charging piles should be connected in an orderly manner

    Improved internal and external satisfaction

    • Reshape business process
    • Significantly improve customer satisfaction

    Improved O&M efficiency

    • Onsite manual inspection -> remote automatic inspection
    • Passive work order -> proactive work order

    Agile innovation

    • One-click to deploy the new services national wide with the advantages of cloud-edge collaboration mechanism
    • With Cloud low code & zero code platform capability, lower the threshold of Apps development

Applications

  • Intelligent Power Distribution Room Features

    Intelligent Power Distribution Room Features

    As the "capillary" of the power supply system, the power distribution network ensures the last mile of power supply. The distribution network features numerous points, vast areas and complex environment, and faces problems such as high line loss, low reliability of power supply, frequent power outages, and low user satisfaction.

  • Lean management of line loss

    Lean management of line loss

    • Line loss management and power theft monitoring at three levels: transformer district, branch, and user
    • Topology recognition accuracy: 99%

  • Multi Feature Phone → One Smart Phone(ECU)

    • ECU, saving TCO • Cloud-edge collaborative architecture, supporting rapid launch of new services • Software defined terminals (such as ECU), meeting future evolution requirements

    Multi Feature Phone → One Smart Phone(ECU)

  • Group control and management of distributed PV

    • Secure 5G slice access and real-time load monitoring • Cloud-edge collaboration and intelligent analysis & decision

    Group control and management of distributed PV

  • Coordinated charging of charging piles

    • One pile, one strategy • Cloud-edge collaboration for accurate load control • Coordinated access

    Coordinated charging of charging piles