Single-Phase Multifunctional Electric Power Meters
Power meters are the core of a smart energy metering structure.
Interval meters with extended options for rate-scale configurations.
Automatic daylight-saving time (DST) mode is optional.
Separate rate scales for weekdays, Saturdays, Sundays and special days. Up to 45 special dates (holidays and carried-over days).
Meters store 30-minute load profile and meter readings of the beginning of the day (for 128 days).
Meters store readings of the beginning of the first day of the month for 36 months.
Integrated remote communication modules GSM/GPRS or NB-IoT, Ethernet.
Versions with an embedded contractor allow prepaid power blocks, automatic load shedding when consumption exceeds set limits, and reconnection when consumption falls below the threshold.
Unauthorized access protection using e-seals, magnetic-field sensors, and dual current sensors.
High Voltage Energy Meters
High voltage energy meters are designed for overhead power lines made of uninsulated ACSR (aluminum conductors steel reinforced) or insulated ABC (aerial bundled conductors) for installation close by suspension or terminal towers.
Structurally, each high-voltage meter consists of three units: two metering units and one connecting unit.
Metering units are connected using Aron Measuring Circuit.
High-voltage energy meters are direct-connected and do not require separate current or voltage transformers. They are fully compatible with the AMI system.
Channel banks
Data acquisition and storage for 4000 metering points (electric power, water, heat)
Scheduled data acquisition.
Compliance with third-party products (Incotex-SK, NZiF and others)
Compliance with various software packages including “Pyramida” software complex
Can be integrated with remote control and signaling systems
Telesignal (TS) inputs (AMI cubicle door open signal, signaling sensors etc.)
Protocol MIRTEK
Protocol SPODES (under development)
Data can be transported from DAS devices to the upper level of AMI system via MNO (embedded 3G/4G modem) or Ethernet interface.