Smart Grids & Distributed Energy

Grid modernization, DER, inverter-based resources, microgrids, communications and cyber resilience.

Small and medium generating resources located closer to loads than traditional central stations.

How sensing, communications, automation and analytics add visibility to the physical electric grid.

Why utilities upgrade networks, controls, communications and planning methods as generation and demand change.

How fibre, radio, carrier networks and other links support monitoring and control.

Local generation, storage and controllable demand connected at distribution level.

How power-electronic interfaces change the behaviour of solar, battery and some wind resources.

How a defined local electrical system can coordinate generation, storage and loads.

How software can coordinate many distributed resources as an aggregated grid resource.

How variable wind and solar interact with forecasting, transmission, storage, reserves and flexible demand.

A defensive overview of protecting digital systems that support electricity operations.

Where AI can assist forecasting, anomaly detection and planning under human governance.

From local control loops to automated switching and wide-area grid applications.