UX Design for Energy and Utilities

The utility industry presents some of the most challenging UX design problems in any sector. Control room operators monitor hundreds of data points simultaneously and must make critical decisions within seconds during grid emergencies. Field dispatchers coordinate dozens of crews across wide geographic areas during storm restoration. Customer service representatives navigate complex rate structures, billing exceptions, and program eligibility rules while speaking with frustrated customers. And those customers themselves struggle to understand energy usage patterns, rate options, and program offerings that utilities present in technical jargon rather than plain language.

Adapter designs utility user experiences that address each of these challenges with the specificity they demand. For control room environments, we design situational awareness displays that use visual hierarchy, color coding, and spatial organization to help operators maintain a mental model of grid state. We implement alarm management designs that prioritize and group alerts during storm events when alarm floods can overwhelm operators at the worst possible time. We create scenario visualization tools that let operators model the impact of switching actions before executing them.

For customer-facing platforms, we take a fundamentally different approach than most utility web redesigns. Instead of simply reskinning an existing portal, we rebuild the information architecture around customer intent. Most customers visit a utility portal for one of a few reasons: pay a bill, understand a high bill, report an outage, or start or stop service. We design pathways that get customers to these outcomes in as few steps as possible, with contextual education along the way. For the growing number of customers with solar panels, batteries, and electric vehicles, we design energy management dashboards that visualize generation, consumption, and storage in intuitive ways that help them maximize the value of their investments. Every design is tested with representative users from each audience, including operators under simulated emergency conditions and customers across a range of technical literacy levels.