Connect smart meters and utility infrastructure across markets.
Meter readings need to reach utility systems within agreed timeframes. Missing or delayed data can disrupt billing, reduce operational visibility, and put contractual performance targets at risk.
Telenor IoT helps metering providers, system integrators, and utilities manage connectivity from initial design through long-term operation. We combine more than 20 years of utilities experience with device testing, technology guidance, AI-powered connectivity monitoring, and specialist support.
That continuity matters when implementation takes several years and installed equipment must keep communicating long after rollout.
Large metering projects bring together device manufacturers, integrators, connectivity providers, and utility teams. Decisions about networks, devices, and SIM profiles need to work through production, installation, and the operational life that follows.
Connectivity requirements depend on installation conditions, power supply, communication frequency, and the data being transmitted. Telenor IoT helps project teams evaluate these requirements alongside network availability and long-term technology plans.
Cellular connectivity can connect meters directly or carry data from gateways that collect readings over local networks. It can also complement existing communications in a hybrid architecture. The choice should reflect the metering system and its operating requirements.
A device that connects successfully in the office may behave differently in a basement or after a network interruption.
The Telenor IoT Test Lab provides controlled, repeatable conditions for evaluating device connectivity, including weak signals, network transitions, and power consumption. Power consumption testing is particularly important for battery-powered equipment, including NB-IoT devices. Testing helps identify issues before rollout and complements validation at representative installation sites.
SIM delivery, profile provisioning, and activation need to fit production and installation schedules. We help project teams plan connectivity logistics from device manufacturing through commissioning and handover to operations.
Explore gateway architecture, connectivity management, and operational considerations in the Remote Meter Reading Infrastructure Guide. The guide focuses on European metering requirements and the transition to remote reading at scale.
Once meters are installed, operational teams need to understand which devices are experiencing communication problems, whether incidents share a common cause, and what action to take.
Telenor IoT’s AI-powered connectivity monitoring analyzes network signaling and traffic data to identify unusual connectivity behavior. These insights help our Service Operations Center investigate problems and support troubleshooting.
Technical specialists and service management support the transition from implementation into daily operations. Agreed support arrangements, escalation paths, and service levels establish how incidents and planned changes will be handled throughout the deployment.
Security spans devices, communications, platforms, and the organizations operating them. Responsibilities need to be established during design and maintained as access requirements, configurations, and connected systems change.
Telenor IoT works with project teams to clarify connectivity security requirements and identify where specialist assessments may be needed. The scope and specialist involvement can be discussed as part of deployment planning.
Reliable communications support automatic meter reading and advanced metering infrastructure (AMI), connecting electricity, gas, water, and heat meters to central systems.
Depending on the architecture, cellular connectivity can serve individual meters or gateways collecting data from multiple devices.
As electricity networks accommodate more distributed generation and changing demand, operators need better visibility across the grid.
Connectivity carries data from meters, sensors, and monitoring equipment to systems that help utilities investigate faults and plan network operations. Communications requirements should reflect the application, from periodic measurements to time-sensitive events.
Aging pipes can lose water before a problem becomes visible above ground. Connected meters and pressure, flow, or acoustic sensors provide data that helps specialist systems identify unusual patterns and potential leaks.
Telenor IoT provides connectivity for the devices and gateways carrying that data, supporting the wider monitoring solution.
The International Energy Agency highlights the need to modernize electricity infrastructure and grid management.
Deployments differ in scale, installation conditions, and communications architecture. Telenor IoT’s work with metering providers reflects those differences, with teams in multiple countries supporting projects across markets.
Aidon selected Telenor IoT to connect its smart energy service devices. The partnership was announced to support point-to-point and point-to-multipoint smart metering deployments, giving Aidon flexibility to tailor metering architectures to individual customer requirements.
Sanxing selected Telenor IoT for a project to connect around one million smart meters in Sweden. The project illustrates the scale and long-term commitment involved in utility connectivity, alongside the importance of technology selection for demanding coverage conditions.
Preparing a tender, planning a rollout, or reviewing an installed fleet? Talk with an IoT specialist about your devices, markets, data-delivery requirements, and long-term connectivity plans.