Technology-Driven
Feeder/Boundary Smart Meter
Delivering comprehensive smart metering, automation, and IoT solutions through integrated manufacturing and in-house design — your one-stop partner for efficient utility systems.
Feeder/Boundary Smart Meter
Feeder and boundary smart meters
Product Description
Our Feeder and Boundary Smart Meters, with high-precision accuracy (Class 0.2 / Class 0.5), are designed to improve the visibility, reliability, and efficiency of modern energy distribution networks. These meters enable utilities to make data-driven decisions by providing real-time insights, advanced analytics, and secure communication across critical points in the distribution system.
Feeder Smart Meters
Feeder meters monitor energy flow across outgoing feeders, helping utilities ensure load balancing, detect faults proactively, and analyze consumption trends. With detailed data analytics and real-time monitoring, they support loss reduction, better grid planning, and operational optimization.
Boundary Smart Meters
Installed at key distribution zone boundaries, boundary meters accurately measure incoming and outgoing energy, ensuring precise energy accounting and identifying high-loss zones. They are critical for tamper detection, zone-wise energy balancing, and network segmentation.
By helping utilities track energy input and output at the transformer level, DT smart meters play a critical role in reducing technical losses, detecting anomalies, and enhancing operational planning. With advanced analytics and fault detection, utilities can quickly identify issues and take prompt corrective actions, ensuring uninterrupted and safe power delivery.
Core Features
- High Accuracy (Class 0.2/0.5): Ensures precision in energy measurement, critical for audits and settlements
- Real-Time Monitoring & Analytics: Enhances visibility across the distribution network for effective load and fault management.
- AI-Integrated Sensor Data Processing: Enables intelligent interpretation of digital input data for preventive maintenance and operational efficiency.
- Internally Powered DI Ports: Seamless integration with digital sensors for remote control and monitoring.
- Remote Configuration & Communication: Supports various communication protocols for HES and SCADA integration.
- Tamper & Anomaly Detection: Enhances data security and network reliability by identifying irregularities in real-time.
- Fail-Safe Commissioning: Simplifies deployment and minimizes installation time with plug-andplay compatibility
Key Advantages
- Network-Wide Energy Auditing: Provides critical data for SAIFI/SAIDI analysis, load studies, and transformer zone evaluations.
- Loss Identification & Optimization: Helps visualize zones with abnormal losses or performance issues, improving network planning and efficiency.
- Enhanced Safety for Field Staff: Real-time alerts and sensor-based monitoring reduce manual checks and improve operational safety.
- Reduced Operational Costs: Automated data collection and remote monitoring reduce field interventions and maintenance costs.
- Faster Billing Cycles & Improved Accuracy: Accurate, automated readings eliminate manual errors and speed up revenue cycles.
- Long-Term Reliability: Built for harsh field conditions with robust hardware and software durability.
- Lower Total Cost of Ownership: Delivers long-term savings through automation, operational efficiency, and remote management.
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