The Challenge
A large manufacturing facility operated six backup generators across three substations, each 2–8 km from the central facility. Generator status was unknown unless someone visited in person. Failures were discovered only when grid power failed and DG didn't start.
What Became Visible
When one substation experienced a grid failure, the backup generator failed to start. It took 3 hours to discover the failure at the remote location. Post-analysis revealed the battery had been weak for 4 weeks but had gone undetected. Meanwhile, production was halted for 3 hours due to lack of backup power.
What Changed
IoT sensors installed on all remote generators. Real-time status, operating hours, fuel level, battery voltage, and temperature monitored centrally. Alerts triggered for abnormal conditions.
How it worked: Each remote generator received cellular-connected monitoring devices. Fuel level, battery voltage, starter health, and fuel quality were streamed to a central dashboard. Alerts were set for: fuel <30%, battery voltage <12.5V, fuel quality issues, or overdue maintenance. Issues were discovered proactively before they caused failure.
Results
vs quarterly manual checks
scheduled before issues
in 12 months
proactive monitoring
Remote equipment fails invisibly until you try to use it. Remote monitoring brings visibility to distributed assets, enabling preventive management.
Operational Reality
Facilities with multiple remote generators typically discover failures only when they're needed. Central monitoring prevents this entirely.