Whitepaper · Energy, Utilities & Smart Cities

Connecting the Grid: IoT for Energy, Utilities and Smart Cities

How energy and utility providers connect smart meters, grid sensors, and field equipment under one governed platform, instead of a patchwork of incompatible device networks.

Executive Summary

The grid generates more data than any team can manually monitor.

Smart meters, substations, transformers, and field equipment each speak their own protocol, often deployed by different vendors over different decades. Utilities trying to modernise outage response, demand forecasting, or ESG reporting first have to solve a more basic problem: connecting devices that were never designed to talk to each other.

A protocol-agnostic IoT platform solves the connectivity problem first, so the analytics, outage prediction, and reporting layers built on top actually have complete, real-time data to work with.

Smart Meter Telemetry

Real-time consumption, outage, and demand data streamed from every connected meter.

Grid Sensor Networks

Multi-protocol connectivity for substations, transformers, and field infrastructure.

Unified Device Registry

One inventory of every meter, sensor, and field asset across the network.

Outage-Ready Data

Continuous telemetry that feeds outage detection and grid response systems.

Key Areas

Where utilities connect first.

Smart Meter Connectivity

Onboarding and real-time telemetry from smart meters across a utility network.

Grid Sensor Networks

Multi-protocol connectivity for substations, transformers, and grid infrastructure sensors.

Outage Detection Telemetry

Real-time sensor data feeding outage detection and grid response systems.

Field Asset Device Registry

One unified device inventory across meters, sensors, and field equipment.

Secure Device Onboarding

Hardware-fingerprint authentication for new meters and field devices joining the network.

ESG & Regulatory Reporting

Consumption and emissions data structured for automated regulatory and ESG reporting.

The Delaplex Approach

Connect first, then analyze.

The Integrated IoT Connected Platform bridges legacy grid equipment and modern smart meters through a protocol-agnostic gateway supporting MQTT, CoAP, Modbus, and OPC-UA, so utilities are not locked out of devices deployed years or decades apart.

Every connected meter and sensor is registered in a unified device inventory, with telemetry flowing through Edge Micro Data Centers for local processing before reaching the Data Management Platform for grid-wide analytics and reporting.

What This Means in Practice
  • One Connectivity Layer

    A single platform bridging legacy and modern grid devices.

  • Governed Device Registry

    Every meter and sensor tracked, authenticated, and monitored centrally.

  • Real-Time Response

    Telemetry available immediately to outage and demand management systems.

Conclusion

A connected grid starts with a connected platform.

Utilities cannot modernise outage response or demand forecasting on a fragmented device network. The Integrated IoT Connected Platform gives energy and utility providers one governed layer to connect, monitor, and manage every meter, sensor, and field asset.

Ready to explore this for your organization?

Explore the full solution or talk to our team about your roadmap.

Sources: Delaplex XIS capability documentation and internal program materials.