Resources
Case Studies
Every project starts with a problem the catalog can’t solve. See how utilities and commercial & industrial operators worked with our engineers to define the challenge, build the solution, and measure what changed on the grid.
39 results
Case Study
Accusense Voltage Sensor Retrofit on Viper-ST
CHALLENGE:The Utility implemented Volt-Var Optimization (VVO) and Conservation Voltage Reduction (CVR) programs that require real-time, metering class voltage sensing with 0.5% accuracy or better. These programs are designed to improve power quality and increase…
Case Study
Utilities
Investor Owned Utility Retrofits with CLiP
CHALLENGE:An Investor-Owned Utility (IOU) was faced with a large number of older downtown networks and was concerned about arc flash and the risk of potentially hazardous failure of network transformers. As with the traditional…
Case Study
Wind Farm Fault Protection Saves Upgrading Equipment Costs
CHALLENGE:A new wind farm was being constructed in the Central Midwest. The design was for 240 wind turbines with the goal of 400 MW of total capacity. The project was scheduled to be done…
We start with the diagnosis, not the datasheet
Engineered to order means the specification comes from the site — footprint constraints, flood exposure, the automation platform already in service, the crews who will maintain it. Our application engineers work the problem with your team before anything is built.
These case studies are the record of that work: what was constraining the network, what was engineered in response, and what the utility measured afterward.
Engineered to order. Built to last.
Engineered for your grid, not off the shelf
Working through a footprint constraint, a submersibility requirement, or an SF6 transition of your own? Start with an application engineer, not a catalog.
