AAEON Smart MeterAAEON Smart Meter

    Smart Meter

    Smart Meter

    With demand for energy rising in countries across the world, security and environmental concerns are also changing the way our electricity is generated and distributed. Utility providers are therefore looking for more efficient, reliable, and secure ways to manage the generation, transmission, and distribution of energy.

    Smart grids fulfill each of these requirements, and these digitally based electricity networks also reduce waste by actively adjusting the supply of energy to match demand.

    Smart grid technology allows utility providers to:

    • better manage peak demand periods

    • more efficiently collect power generated intermittently by renewable energy sources

    • permit greater consumer control over household energy usage.

    One of the most important components of smart grid technology is an advanced metering infrastructure (AMI) – an interactive system that includes smart meters, a wired or wireless communications network, computer hardware, and meter data management software and systems.

    Through this infrastructure, smart meters facilitate a two-way channel of communication between utility providers and their customers. The stream of real-time data that companies receive about users’ energy consumption is used to identify user habits.

    The resulting analysis helps utility providers increase power grid efficiencies, respond more effectively to surges in demand for electricity, and combat electricity theft by detecting significant changes in a user’s energy consumption.

    Smart meters also improve safety and reduce the need for maintenance by identifying abnormal levels of voltage or current and immediately pushing a notification to the provider.

    Finally, the technology enables independent power management by allowing customers to check information about their own electricity usage.

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    AAEON Smart Meter Benefits

    Real-time monitoring of power consumption

    • Using multiple power measurement parameters, collect and record real-time information about power consumption

    Demand response control

    • Provide power-utilization reports and establish optimal power strategies and contract capacities

    Cost control

    • Identify and reduce unnecessary uses of power

    Improve administration efficiency

    • Enable the simultaneous management of multiple fields and reductions in the frequency of manual meter reading visits

    IoT Platform

    • Allow for the future integration of smart energy management technologies such as water meters, air conditioners, and lighting.

    System Structure

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    Power Meter

    • Visual power demand information
    • Real-time prediction alerts
    • Data analysis
    • Optimal strategies for contract capacity
    • RS485/Ethernet/Zigbee
    • Demand Response,TOU computing

    Power Meter

    • Visual power demand information
    • Real-time prediction alerts
    • Data analysis
    • Optimal strategies for contract capacity
    • RS485/Ethernet/Zigbee
    • Demand Response,TOU computing

    Energy Management

    Enterprises rely on stable and secure power supplies to manage their operations, and this is best achieved through a cloud-based open platform that can be expanded to cover new functions and integrate different
    hardware devices.

    • Precisely monitor power usage and set up abnormality warnings
    • Provide real-time analysis to lower risk and maintenance costs
    • Reduce operator mistakes and power wastage
    • Optimize equipment operation and efficiency
    • Remotely operate and maintain machinery
    • Collect and analyze machine data to optimize power savings
    • Can be expanded to manage factory lighting, A/C, and boiler systems
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