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SILVERFERN POWER TECHNOLOGIES

Suzhou,  Jiangsu Province 
China
  • Booth: 1352


LinePatrol® Smart Grid Sensor For Distribution Grids.

As a pioneer in taking Internet of Things (IoT) technology to distribution gird, SilverFern Power Technologies(SFP) has successfully developed and deployed Smart Distribution Grid Monitoring System to  distribution grid for real-time all-state sensing, fault detection, etc. to make the grid operation transparently visible.

Brands: LinePatrol®, Distribution Fault Anticipation, Power line sensor, Wide-area timing synchronization, High precision measurement, Real-time all-state sensing, Fault detection


 Products

  • SFP's Smart Distribution Grid Monitoring System
    The system consists of LinePatrol®, a high precision wide-area timing synchronized smart grid sensor (SGS),an edge computing unit BDCU and a Cloud-based Big Data Analytical software SFPlatform....

  • ABOUT SILVERFERN POWER

    Silverfern Power Technologies (SFP) was founded in 2013 by a group of passionate experts and entrepreneurs specialized in power automation and modern communications. SFP concentrates on improving the visibility and efficiency for power system through utilization of Internet of Things (IoT) and Big Data Analysis.

    Our solutions include:

    • LinePatrol®, a smart grid sensor (SGS)
    • BDCU (Bus Data Collection Unit), an edge computing unit with bus zero-sequence voltage (open-delta voltage, ODV) measurement
    • SFPlatform, a Cloud-based big data analytical platform

    Main applications:

    • Early warnings based on distribution fault anticipation
    • Faulted line selection
    • Fault detection and location
    • Load monitoring (current, voltage, temperature, etc.)
    • Power quality analysis (harmonics, 3-phase imbalance etc.)
    • Distributed event waveforms recording
    • Asset performance management
    • Advanced WAMS applications

    INTRODUCTION

    SFP's Smart Distribution Grid Monitoring System consists of LinePatrol®, a high precision wide-area timing synchronized smart grid sensor (SGS),an edge computing unit BDCU and a Cloud-based Big Data Analytical platform SFPlatform.

    SGSs can be easily installed on both overhead lines and underground cables. They are used to measure the line current, temperature and voltage (on demand) with high precision and accurate timing synchronization. Any faults and disturbances in the distribution network can be captured and the waveform data are first stored locally and then transmitted to SFPlatform via Internet of Things. By introducing edge computing unit, a substantial reduction of real-time data communication load with cloud platform/SCADA can be achieved while only final results and user-specifically-required information have to be transmitted.

    SFPlatform collects, records and analyzes the timing synchronized data over time and provides utility operators with insights into the feeders and system-wide network.

    This monitoring system is a wide-area timing synchronized system. Measuring data from the SGSs on different locations across the distribution network are time stamped and aligned in micro-second. It provides utilities with high quality and time coherent data throughout their grids, which can be used to improve reliability and reduce the operational cost.

    Taking advantage of big data analysis, the system identifies not only faults but also abnormal disturbances for distribution fault anticipation, and then alerts operators visually and notifies repair and restoration crews via SMS and APP in time, which helps to reduce outage duration and enables faster response to lower SAIDI and CAIDI.


    FEATURES:

    • 1us wide-area timing synchronization, 256 samples/cycle and 0.5 grade measurement
    • Easy installation via hot stick, 5A line current at full operation
    • High accuracy single-phase earth fault detection and location in distribution grid up to 110kV
    • Suitable for monitoring bi-directional power flows with increasing renewables penetration
    • Suitable for various kinds of neutral grounding systems

  • Bus Data Collection Unit (BDCU)
    Edge computing, data collection, safely access to platform....

  • BDCU is responsible for edge calculation and secure access to SCADA or cloud platform. It collects data from all SGSs within a substation area and transmits the preprocessed data to the cloud platform or main station. For non-effective grounding system, BCDU is also used for bus zero-sequence voltage measurement. When the zero-sequence voltage abrupt or over limit is detected, the earth fault waveform recording will be triggered.

    BDCU, an Edge Computing Unit

    • Support indoor or outdoor installation
    • Trigger earth fault waveform recording
    • Collect data from SGSs within a substation area
    • Support 101/104/DNP3
    • Integrate multiple intelligent algorithms
  • Intelligent Analysis Application Software(IAAS)
    Big data analysis, intelligent algorithm, flexible deployment...

  • IAAS, Intelligent Analysis Application Software

    • Flexible deployment to meet different application scenarios
    • Go through multiple algorithms for comprehensive fault detection

    IAAS is responsible for configuration management, data storage and analysis. It analyzes data collected by SGS through intelligent algorithms, and notifies the results to customers through SMS and APP. The software can be integrated in SCADA system or deployed on the cloud platform, the edge computing unit and so on.


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For questions regarding the DISTRIBUTECH conference program please contact:  
Debbi Wells, CMP
Conference  Manager

Debbi.Wells@clarionevents.com
Direct: 918-832-9265

For questions regarding the DISTRIBUTECH exhibit services please contact your Exhibit Services Manager at:  
DISTRIBUTECH.ES@clarionevents.com
Direct: 253-212-2735

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