Continuous monitoring and intelligent analytics for every connection means you can act before failure has a chance.
The AI boom has created an insatiable demand for electricity. Data centers are now the fastest-growing load on the grid.
The pressure to operate efficiently, avoid downtime, and meet sustainability targets has never been higher. Power Intelligence applies the same persistent thermal monitoring and analytics that protect nuclear plants and utility substations to the critical power infrastructure inside your data center.
Our end-to-end platform continuously captures, analyzes, and delivers actionable intelligence — so your team always knows what needs attention before it becomes an emergency.
We protect the power infrastructure that the modern world runs on.
As AI workloads multiply, data center power density is reaching new extremes. Power Intelligence's persistent thermal monitoring and the Neuron Field Data Collector help hyperscalers and colocation providers prevent thermal failures, improve PUE, and meet energy efficiency mandates — without downtime.
Explore the data center solution →Persistent far-field thermography for every transformer, bushing, and disconnect. Early detection of degradation before catastrophic failure.
Learn more →The most demanding reliability standard in the world. Our solutions are built for the rigorous monitoring requirements of nuclear facilities.
Learn more →Continuous thermal monitoring and asset health management for coal, gas, and combined-cycle generation plants.
Learn more →Power reliability for the world's busiest transit hubs. See how we identified a $50M power problem at Hartsfield-Jackson.
Read the case study →Real-time power monitoring for large public venues — protecting reliability during peak events when failure is not an option.
Learn more →Continuous monitoring for port authorities, industrial facilities, and heavy manufacturing where power outages cost millions per hour.
Learn more →Furnace transformer and secondary circuit monitoring for electric arc furnace operations. When the transformer fails, the meltshop stops — and lead times now run 80–120 weeks. Deployed at Gerdau.
Learn more →The Neuron Field Data Collector is the intelligence hub of any Power Intelligence deployment. It continuously aggregates data from every sensor, camera, and device in your facility — then synchronizes, time-stamps, and transmits critical information to your analytics platform.
Compatible with any sensor, camera, or monitoring device. Works with DGA, moisture, temperature, and handheld imaging instruments out of the box.
Terrestrial and wireless interfaces including 4G LTE, 802.11N, and expansion modules for Zigbee and Bluetooth. Data always gets through.
IP55-rated die-cast aluminum enclosure. Battery backup, real-time clock, and relay outputs for deployment anywhere — including outdoor substations and data center hot aisles.
On-board intelligence filters and prioritizes data before transmission, reducing network bandwidth consumption and ensuring only the most critical signals are forwarded to your engineers.
Our solutions don't just monitor — they find problems that save millions.
20 RADIX cameras protect the power infrastructure hosting FIFA World Cup 2026 matches — sharing the same DWDM fiber backbone, PI System historian, and WattsApp.AI platform as the ATL deployment.
Read the case study →Power Intelligence deployed the IRIS autonomous monitoring platform at a Pacific Gas & Electric 500kV substation — monitoring shunt reactors at up to 500-foot standoff with zero manual site visits required.
Read the case study →Continuous thermal monitoring of furnace transformers, secondary buswork, and cooling systems at Gerdau. Three recurring anomaly patterns caught and corrected — zero forced meltshop outages.
Read the case study →Every product in the Power Intelligence suite is purpose-built for harsh, high-stakes environments.
Universal multi-sensor hub for continuous real-time data collection. Connects any sensor, camera, or instrument to your analytics platform via multi-path communications.
Learn more →Patented analytics software that builds radiometric thermal baseline profiles for every asset. Applies Sigma Delta Tau differential calculus for ultra-early fault detection.
Learn more →Real-time gunshot and ballistic impact detection for transformer security. Provides immediate alerts to protect critical grid infrastructure from physical attack.
Learn more →Purpose-built for underground transformer vault monitoring in urban environments. Eliminates dangerous manual inspection while delivering continuous thermal analytics.
Learn more →Far-field radiometric infrared cameras designed for persistent monitoring from distances up to 200 feet, capturing every critical component without proximity risk.
Learn more →Mobile, quick-deploy monitoring platform and the stabilized sensor mount at the core of the IRIS autonomous system. Proven at PG&E 500kV with 500-foot RADIX standoff range.
Learn more →Pan-tilt-zoom radiometric cameras with up to 500-foot standoff range, built for continuous outdoor deployment. 108 units monitoring 18 miles of cable at Hartsfield-Jackson. By Planck Vision Systems.
Learn more →Battery-free, wireless contact temperature transponders for locations where IR line-of-sight is impossible — transformer bushings, cable terminations, switchgear bus, EAF furnace lugs.
Learn more →The operating system for the Neuron gateway fleet. Manages firmware updates, configuration, security, and remote diagnostics across distributed field deployments from a single console.
Learn more →Power Intelligence was built by engineers who spent decades developing hardware and software for utilities and the U.S. Department of Defense. Our technology reflects that depth.
Permanently installed radiometric cameras measure thermal characteristics of devices from up to 200 feet away. Far-field imagery is continuously captured and fed into our analytics engine, creating a living thermal baseline for every asset. Unlike periodic handheld inspections, PFFT catches developing faults between inspection cycles — when 90% of failures actually begin.
Our patented Sigma Delta Tau method applies differential calculus to thermal time-series data. Sigma measures the standard deviation among related measurement points. Delta Tau tracks the rate of change of that deviation over time. Together, they provide a reliable, noise-resistant early warning signal that eliminates false positives caused by ambient temperature, weather, and load variation.
Our platform doesn't just collect temperature readings — it fuses radiometric infrared data with geospatial positioning, environmental context, and historical load data into a unified analytical model. This sensor fusion approach enables the kind of asset-level intelligence that single-sensor systems simply cannot achieve.
Every Power Intelligence deployment is engineered around your facility. We install quickly and non-invasively, integrate with your existing SCADA and asset management systems, and train your team on the response protocols — all without requiring a single minute of planned downtime. Your facility keeps running while we go live.
Decades of hardware and software development for utilities and the U.S. Department of Defense.
Proprietary, patent-pending analytics and sensing methods that can't be replicated off-the-shelf.
No one-size-fits-all solutions. Every deployment is engineered for your unique facility and operational needs.
Continuous 24/7/365 monitoring with no gaps, no days off, and no manual dependency.
Whether you're a data center operator confronting an AI-driven power surge, a utility modernizing substation monitoring, or a facility manager protecting mission-critical infrastructure — we'd like to understand your challenges and show you what Power Intelligence can do.
