Enable Remote Meter Reading.

The automatic collection and transmission of consumption data is an essential prerequisite for modern AMR and smart metering systems. Gateways play a central role as the communication interface between wireless metering devices and higher-level software, billing, and building management systems. They automatically collect consumption data, securely transmit it to central platforms, and provide the basis for efficient meter reading processes, transparent consumption information, and reduced operational and administrative complexity.

As requirements for digitalization, energy efficiency, and automated consumption data collection continue to increase, fixed-network gateway solutions are becoming increasingly important. They enable continuous data collection without the need for on-site meter reading and support the implementation of modern smart metering concepts in residential and commercial properties as well as municipal and industrial applications. At the same time, they provide the basis for timely access to consumption data and compliance with regulatory requirements such as the European Energy Efficiency Directive (EED).

With the Superlink C, Sontex offers a high-performance gateway solution for automated remote reading of wireless metering devices. The gateway supports Sontex Radio and wM-Bus / OMS® and serves as a central communication platform for collecting, consolidating, and transmitting consumption data. Thanks to modern communication interfaces and secure data transmission, the system can be seamlessly integrated into existing AMR, smart metering, energy management, and billing systems.

In addition, the Superlink C enables efficient management of large device inventories and supports features such as remote monitoring, remote parameterization, and automated data provision. This provides metering service providers, energy utilities, and building operators with a future-proof solution for digitalizing their metering infrastructure and reliably reading consumption data remotely.