Prodigy Meter

Secure Prodigy Meter is an innovation in the field of three-phase LV CT-operated metering for DT and consumer metering.

It is an integrated meter with built-in current measuring elements, thus eliminating the need for external CTs, enclosures and other and accessories.

It has advanced revenue protection features and supports interoperable DLMS communication protocol.

Features and Benefits:

• High overall system accuracy through integrated design
• Cost -effective system - no need for external CTs, meter enclosure or accessories.
• Easy and quick installation - no terminal block or connecting terminals to wire up
• Fraud protection through the integration of meter and CTs in a single unit.

Wide Functional Range:

• Simplifies utility task, as units do not have to be segregated according to CT ratios.
• Better inventory management, as a single meter, covers a wide range of loads.

Energy Recording:

• Forwarded energy recording compensates for reverse energy flow.
• Support of import and export energy registration

Time-of-use tariffs:

• Records energy consumption during peak, moderate and off-peak times.
• Helps improve demand-side management

Billing Data (Energy and Demand Registration):

• Helps with forecasting of generation capacity for industrial loads.
• Enables management information system (MIS) analysis and reporting.

Load Profiling:

• Enables detailed monitoring of energy usage.
• Load trend analysis helps with monitoring of DT health and energy auditing.

Advanced Tamper-recording and Event-logging, with Timestamps:

• System condition is logged whenever an event is recorded, assisting in the analysis of system events or tamper attempts.
• Power outage recording helps in effective management, planning, and downstream analysis.

Installation:

• Clamps and mounting arrangement provided for mounting the meters on poles or walls.

Applications:

• Distribution Transformer (DT) metering
• Low-voltage high-consumption consumer, commercial and small-scale industries.
• Energy audit and system analysis