____________________________________________________________________________________________________ Connectivity
TIVE
CTIVE
Simon Boyd examines why reliable connectivity is now the backbone of modern proactive energy infrastructure
When we think of connected utilities, smart meters are often the first technology that comes to mind. For years, they have automated meter readings, improved billing accuracy, and given consumers greater visibility of their energy usage. These benefits are important. But they are just the beginning of a broader transformation that is reshaping how energy infrastructure operates.
Whereas data was once collected to understand past activity, utilities are now using real-time insight to forecast demand, identify potential faults, optimize resources, and strengthen resilience before disruption occurs. That shift is elevating connectivity from a supporting technology to a critical foundation of modern energy infrastructure.
From measuring to managing
At the center of this transformation are connected devices that capture and send data across the energy network. These include smart meters, sensors, monitoring systems, drones, robots, and EV chargers. All these devices give utilities a steady flow of real-time information about where their assets are and how they’ re performing. For example, autonomous cleaning robots, enabled by Deutsche Telekom IoT connectivity, help solar operators improve efficiency, reduce manual maintenance, and maximize energy generation.
The growing ecosystem of devices lets the industry move past expensive manual
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