Technologies behind AMR-based meters - Xenius Prepaid Meters

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Technologies behind AMR-based meters - Xenius Prepaid Meters

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Xenius offers IoT/M2M-based AMRs meters consisting of Xenius adaptor, Xenius gateway, and Xenia backend platform. – PowerPoint PPT presentation

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Title: Technologies behind AMR-based meters - Xenius Prepaid Meters


1
Xenius
  • Smart prepayment meter

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Technologies behind AMR-based meters
  • AMR systems, meant to obtain energy-consumption
    data from the users end to the supplier, are run
    on various technologies. Though all these
    technologies have hosts of features, they also
    contain carry many drawbacks. Xenius meters, on
    the other hand, are IOT/M2M-based AMRs which
    provide the consumers with a whole lot of rich
    features.
  • Automatic meter reading (AMR) is a system used to
    gather data from energy metering devices,
    transferring it to a supply central station and
    processing it for billing. These devices create a
    direct communication channel between the consumer
    and the supplier. Consumption data can be sent
    from the user meter directly to the supplier
    without any manual intervention. The system
    ensures accurate billing and also provides for
    monitoring and analysing the usage of
    electricity.

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  • AMR systems can obtain energy consumption data on
    an hourly, monthly, yearly, or even near
    real-time, basis, depending on how these are
    programmed. These can be implemented with various
    technologies, like GSM, ZigBee, PLC, D-SCADA,
    WiMAX, Hybrid or a combination of some and also
    with IOT/M2M, which is what Xenius solution is
    based on.
  • Consumption data can be sent from the user meter
    directly to the supplier without any manual
    intervention. The system ensures accurate billing
    and provides for monitoring and analysing
    electricity usage.
  • The GSM (Global System for Mobile
    Communications)-based AMR network provides a
    global coverage across countries without the need
    to implement a new communication infrastructure.

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  • PLC (or Power Line Communication)-based AMR uses
    existing power cables as a communication medium.
    This allows both, controlling the devices
    remotely and also retrieving data from these.
  • The GSM (Global System for Mobile
    Communications)-based AMR network provides a
    global coverage across countries without the need
    to implement a new communication infrastructure.
    It is low-cost and simple setup with a wide
    operating distance and minimum human intervention
    that alerts the users about anomalies via its SMS
    feature.

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  • Zigbee-based AMR requires a digital power meter
    to be installed in every consumer unit and an
    electricity e-billing system at the energy
    providers end. Although ZigBee devices are
    cheap, easy-to-operate and consume less energy,
    these are extremely limited in resources,
    including processing, memory and power.
  • SCADA (Supervisory Control and Data Acquisition)
    system-based AMR is a control system architecture
    which includes collection of information via RTU
    (remote terminal unit), PLCs (programmable logic
    controllers) and IEDs (intelligent electronic
    devices), transferring it back to the central
    site and analysing and controlling the displayed
    information on the operator screens. The main
    drawback of using SCADA devices is that these are
    prone to network attacks.

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  • PLC (or Power Line Communication)-based AMR uses
    existing power cables as a communication medium.
    This allows both, controlling the devices
    remotely and also retrieving data from these.
    However, there are two major factors that make
    the system unstable electric network signal
    attenuation and random interference.
  • A mixed-type system automates the meter-reading
    process by capturing the images of the energy
    meter and transferring these to the customers by
    using ZigBee technology. This system consumes
    less power but has a short range and low data
    speed.
  • IOT/M2M-based AMRs used in Xenius meters consist
    of smart meters, Xenius adaptor, Xenius gateway,
    and Xenia backend platform. All devices and data
    communicate on the RF network and subsequently
    communicate to the backend platform on a secure
    GPRS private APN. At any given time, all the data
    is transparently available to all stakeholders.

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About Xenius
  • Xenius is one of the most recognized companies in
    the IoT/M2M space. Though the clients
    satisfaction is the highest recognition, we feel
    humbled with the innumerable corporate awards and
    patents that speak for the innovations introduced
    by us and the various milestones achieved.
  • Source https//www.xenius.in/technologies-behind-
    amr-based-meters/

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Contact Xenius
  • Phone 91-120-4201765, 91-7303093408
  • Email info_at_xenius.in
  • Address H-98, H Block, Sector 63, Noida, Uttar
    Pradesh 201301

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