The grid is becoming increasingly dynamic and complex, and utilities are at the forefront of this transformation. While some have established smart metering programs, others are embarking on grid edge and distributed intelligence by modernizing meter‑to‑cash and distribution operations. Whether driven by regulatory mandates or enabled by federal funding, building a defensible business case that supports a rate case is critical. This session shares utility perspectives from different stages of Grid Edge Intelligence (GEI) implementation, highlighting how open, interoperable, standards‑based platforms help meet regulatory requirements, prioritize high‑value use cases, operationalize benefits and reduce risk. Attendees will gain practical guidance on translating GEI value—such as improved reliability, decarbonization and customer outcomes—into actionable next steps that justify investment and support execution.

Itron’s Grid Edge Intelligence portfolio is a comprehensive, integrated, end‑to‑end suite of solutions that unlocks the power of data across a utility’s service territory—from the grid edge and neighborhood transformer to the substation. Learn how our grid edge intelligence–based platform supports utilities’ decarbonization, reliability, sustainability and customer experience goals through interoperable, standards‑based, pre‑integrated solutions that build on existing AMI infrastructure to deliver real‑time visibility and distribution load management.

Ensuring reliable utility operations during storms is increasingly critical in today’s energy landscape. This session highlights an advanced approach to Distribution Automation that combines predictive analytics and Quality of Service (QoS) within Itron’s mesh network to improve storm response and service reliability.

Attendees will learn how predictive analysis is used to proactively identify at‑risk antennas and devices ahead of storm events, helping maintain communications and enabling faster fault isolation through automated sectionalizing. The session will also explore how QoS prioritizes time‑sensitive communications for devices such as reclosers, voltage regulators, and fault current indicators, ensuring outage isolation commands are delivered without delay.

Through real‑world examples, this presentation will share practical lessons learned and actionable strategies utilities can apply to strengthen network resilience, reduce restoration times, and improve customer satisfaction during severe weather events.