One view of every transformer’s health
H2cloud is a cloud-based platform that centralizes the health of an entire transformer fleet in one place. It integrates data from H2scan’s Sentinel™ wireless communicators and GRIDSCAN® sensors, delivering cyber-secure, live visibility into asset condition and alerting managers to anomalies before they become failures. Built on advanced analytics, it turns complex fleet data into clear insight — so utilities and industrial operators can optimize transformer life cycles, prioritize maintenance and avoid costly outages. Developed with major utilities, it stands up in hours, not weeks or months.
Fast
Instant queries and visuals across live and historical data, for efficient analysis of everything a modern grid produces.
Powerful
Ingest, store, visualize, analyze and report on data from an unlimited number of grid monitors, at nanosecond resolution.
Flexible
On-cloud with one-click scaling, ingesting data from H2scan’s full hardware family for true fleet-wide health visualization.
H2cloud™
Fleet Monitoring Platform
Frequently asked questions
All FAQs & Knowledge BaseA. H2cloud is H2scan’s cloud-based fleet monitoring platform. It centralizes transformer-health data from H2scan sensors and Sentinel™ communicators, giving utilities and industrial operators live, fleet-wide visibility and predictive alerts on transformer condition.
A. H2cloud integrates seamlessly with enterprise asset management and SCADA/ADMS systems, on a cyber-secure, utility-grade cloud architecture designed for critical infrastructure.
A. Because it is cloud-based and built for wireless sensors, H2cloud delivers value in hours, not weeks or months, and scales with one click as the monitored fleet grows.
A. By detecting developing faults early and combining transformer-health and power-quality data, H2cloud helps optimize transformer life cycles, prioritize maintenance and avoid costly outages — supporting reliability metrics such as SAIDI.
A. Yes. H2cloud is built on a cyber-secure, utility-grade cloud foundation designed specifically for critical infrastructure.