This guide provides comprehensive instructions for the installation and configuration of wired M-Bus systems and covers important topics such as network topology, device types and troubleshooting methods. It serves as a practical resource for installers and planners and ensures the reliable operation of M-Bus networks in various environments.

This document contains detailed guidelines for the implementation of OMS via mioty, a method that combines mioty LPWAN technology with the OMS standard. It covers the integration of M-Bus data via mioty and explains the necessary adaptations on different communication layers. The report is essential for engineers and developers working on the development of interoperable smart metering solutions using these technologies.

This technical report describes the process of transmitting meter readings using the M-Bus compact profile to meet the requirements of BSI TR-03109-1 TAF7. It provides detailed guidelines for the implementation and processing of these transmissions within Smart Meter Gateways (SMGW). The report includes simulation results that demonstrate the effectiveness of the compact profile in minimizing data transmission collisions and ensuring high reliability in data reception.

This document provides detailed specifications and guidelines for the implementation of OMS over LoRaWAN, combining the strengths of LoRaWAN and M-Bus protocols to create a robust and flexible communication system for smart metering devices. It provides a comprehensive overview of the network architecture, security mechanisms and data exchange processes that are essential for reliable and secure operation of OMS-compliant devices over LoRaWAN networks.

This document describes the specifications and standards for the integration of sensors into the OMS framework. It covers the applicable device types, VIB types and the corresponding data points to ensure interoperability and accurate data communication between different sensor devices. The report also provides detailed guidance on the implementation of M-Bus tags and the safety requirements needed for reliable sensor operation in smart metering systems.

This document provides comprehensive guidelines and specifications for the implementation and standardization of the wired M-Bus system as described in the EN 13757-2, -3 and -7 standards. It addresses various challenges, such as datagram inconsistencies and wiring issues, to ensure maximum interoperability between wired M-Bus products. The report also provides practical recommendations for network topology, cabling and physical layer to support reliable communication in different environments.

This document provides comprehensive guidelines and specifications for the implementation and standardization of the wired M-Bus system as described in the EN 13757-2, -3 and -7 standards. It addresses various challenges, such as datagram inconsistencies and wiring issues, to ensure maximum interoperability between wired M-Bus products. The report also provides practical recommendations for network topology, cabling and physical layer to support reliable communication in different environments.

This document provides comprehensive guidelines and specifications for the implementation and standardization of the wired M-Bus system as described in the EN 13757-2, -3 and -7 standards. It addresses various challenges, such as datagram inconsistencies and wiring issues, to ensure maximum interoperability between wired M-Bus products. The report also provides practical recommendations for network topology, cabling and physical layer to support reliable communication in different environments.

This document provides comprehensive guidelines and specifications for the implementation and standardization of the wired M-Bus system as described in the EN 13757-2, -3 and -7 standards. It addresses various challenges, such as datagram inconsistencies and wiring issues, to ensure maximum interoperability between wired M-Bus products. The report also provides practical recommendations for network topology, cabling and physical layer to support reliable communication in different environments.

This technical report provides a detailed overview of the security mechanisms employed within the OMS framework, focusing on the implementation of encryption, authentication, and fragmentation methods. It includes guidelines on using AES-128 encryption and Transport Layer Security (TLS) to secure data transmissions in smart metering systems. The report also covers key management and the secure exchange of certificates, ensuring compliance with stringent security requirements for smart meters.