METER CONNECTIVITY
METER CONNECTIVITY
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Focuses on meter-end multi-communication integration and compliance with standardization. Providing hot-swappable modular designs with support for diverse cellular and mesh technologies, it enables utilities to quickly and cost-effectively connect massive metering endpoints.
Endpoint Connectivity & Compliance
Versatile Connectivity: Supporting Wi-SUN Mesh, NB-IoT, LTE Cat.M1, and LTE Cat.1 bis under DLMS/COSEM standards.
DLMS/COSEM Compliance: Fully compliant with international protocols for seamless cross-vendor interoperability.
Low Power & Strong Penetration: Sub-GHz RF technology delivers superior signal penetration while minimizing power draw.
Plug-and-Play Hot-Swapping: Allows field installation without interrupting the meter's normal metering operations.
AMI TOTAL SOLUTION
This framework integrates FAN modules, smart DCUs, and the central HES to establish a reliable bidirectional data pipeline. This infrastructure empowers utilities to achieve digital transformation and grid modernization, optimizing operational efficiency while ensuring superior cybersecurity resilience.
Architecture & Field Operations
Seamless Bi-directional Backhaul: Linking meter units, field area networks, and the back-office for high data integrity.
Self-Healing Mesh Routing: Utilizing mesh topology to automatically establish optimized paths, bypassing obstacles.
Last-gasp Outage Alerts: Smart DCU leveraging supercapacitors to transmit critical outage alerts instantly during power loss.
End-to-End Encryption & VPN: Advanced AES-128 and VPN tunnel encryption, strictly upholding data confidentiality and integrity.
HEAD-END SYSTEM
HEAD-END SYSTEM
A high-performance central engine and management platform built on cloud-native technology. It is designed to handle high-concurrency data streams from endpoints, providing utilities with a standardized, resilient, and elastic brain for seamless integration with diverse backend systems.
Cloud-Native Core & System
K8S Containerized Microservices: Enabling on-demand resource scaling, automated scheduling, and system self-healing.
Geo-Redundant High Availability: Dual-site cross-backup ensuring seamless automatic failover during unexpected disruptions.
Coordinator-Worker Node Model: Decoupling task scheduling from execution to effortlessly process high-concurrency streams.
Standardized Backend Integration: Designed around IEC 61968 standards for secure, standardized backend interoperability.
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