Read the controller
Most modern generator controllers (such as Deep Sea and ComAp) expose data over Modbus; older sets are monitored through I/O and sensors.
Remote generator monitoring for running status, run-hours, fuel level, battery voltage, alarms and mains failures — across one site or a whole portfolio, with SMS and email alerts.
Generator remote monitoring connects a standby generator’s controller, fuel sensor and automatic transfer switch (ATS) to a central platform so that running status, run-hours, fuel level, battery voltage, output power and alarms can be viewed remotely and trigger alerts. It is used to confirm generators start and take load during outages, plan refuelling and servicing, and detect fuel loss.
Most modern generator controllers (such as Deep Sea and ComAp) expose data over Modbus; older sets are monitored through I/O and sensors.
A fuel level sensor gives actual litres in the tank, turning run-hours into real consumption and loss detection.
A gateway sends data over GSM or the site network, buffering during outages when connectivity is most likely to fail.
SMS, email or app alerts for failed starts, low fuel, sudden fuel drops, battery faults and overdue services.
Connect the generator controller and a fuel sensor to a gateway that reports over GSM or the site network to a monitoring platform with alerts. See the full guide.
Yes. A sudden drop in fuel level while the generator is not running is flagged immediately, with the time it happened.
Yes. A portfolio view shows every generator’s status, fuel and alarms, with drill-down per site.
Describe the process, the system or the site. We’ll come back with a clear, practical view of what can be automated — and what it would take.