Research, White Papers
& Technical Reports
In-depth analysis from Power Intelligence engineers and industry experts on persistent thermal monitoring, predictive maintenance, and critical infrastructure reliability.
All documents are free to download. These white papers represent field deployments, peer-reviewed research, and engineering analysis from Power Intelligence and our industry partners. To discuss any of the findings with our team, request a conversation here.
Addressing the Rising Trend of Power Failures at Major Airports and Venues
An analysis of power outages at Hartsfield-Jackson, LAX, Heathrow, DIA, JFK, MIA, and other major airports since 2017. Examines root causes (failing splices, loose connections, aging bushings) and presents PowerIntel as the CBM solution.
IRIS Deployment at PG&E 500kV Station: Autonomous Thermal Monitoring in Action
Case study of the IRIS (Intelligent Remote Infrared Sensing) platform deployed at a Pacific Gas & Electric 500kV high-voltage transmission substation, monitoring critical shunt reactors and switchgear assets.
Keeping the Arc Alive: Continuous Thermal Analysis for EAF Steel Mill Resilience
How continuous thermal analysis — combining fixed IR imaging, HeatWave contact sensing, and PowerIntel analytics — improves EAF transformer resilience, reduces forced outages, and extends asset life in steel meltshops. Includes Gerdau field data and outage cost modeling.
Georgia Power Extends Underground Reliability to Mercedes-Benz Stadium for the 2026 FIFA World Cup
Georgia Power's Network Underground group deploys 20 RADIX thermal imaging sensors in Mercedes-Benz Stadium transformer vaults ahead of FIFA World Cup 2026, building on 100+ camera ATL infrastructure. Includes ROI analysis and economies-of-scale case.
PTZ Infrared Cameras for Temperature Measurement and Condition Monitoring in Power Systems
Independent technical analysis of Pan-Tilt-Zoom infrared cameras in power systems: advantages, precision risks, image stabilization requirements, and how Power Intelligence's stabilization technology overcomes the fundamental accuracy challenges at distance.