Generator Monitoring & Genset Telematics
Remote genset telematics with runtime tracking, fuel consumption, load and fault detection over Modbus controller integration, built for power operators across the UAE and GCC.
Book a demoKnow every genset is ready before you need it
Generators are expected to work the moment they are needed, which is exactly why their problems stay hidden. A standby unit can sit for weeks between starts, a low battery or a slow fuel leak unnoticed, until a mains failure exposes the fault at the worst possible time. Across a dispersed fleet of gensets, manual log sheets and reactive call-outs make it almost impossible to know which units are healthy and which are about to fail.
TakeOvr brings genset telematics to every unit. We read the controller over Modbus, or add sensors where no bus is exposed, and stream runtime, fuel, load, voltage and fault data into one platform. Operators see live status for each generator, get alerted the instant a unit faults or runs low on fuel, and manage maintenance from real running hours rather than a calendar that ignores how hard each machine actually works.
Full visibility into every running and standby unit
Runtime & engine-hour tracking
Accumulate accurate running hours per genset and use them to drive service intervals, warranty records and utilisation reporting across the whole fleet of units.
Fuel consumption & loss detection
Track consumption against runtime and load by pairing genset data with tank or in-line fuel sensors, surfacing low fuel, abnormal burn and possible theft before they cause an outage.
Load, voltage & frequency
Monitor electrical output and load profile to spot under-loading, overloading and instability, helping you right-size units and protect connected equipment.
Fault & failure-to-start alerts
Receive controller fault codes, mains-failure starts, low oil pressure and high-temperature alarms in real time so critical and standby power problems never go unnoticed.
Predictive & usage-based maintenance
Trigger service from real running hours and condition signals rather than a fixed calendar, reducing both unexpected failures and unnecessary site visits.
Modbus & controller integration
Read genset controllers over Modbus RTU and TCP, or ingest discrete sensor inputs where no controller bus is exposed, bringing mixed-OEM fleets into one view.
How generator monitoring works with TakeOvr
Connect the controller
Link the genset controller over Modbus or add sensors for runtime, fuel and faults.
Bring units together
Onboard gensets from different OEMs into one dashboard with a normalised data model.
Configure alerts
Set thresholds for fuel, faults and maintenance hours, and choose how each team is notified.
Maintain proactively
Service on real usage, resolve faults early and keep critical loads protected.
Better uptime, lower cost of power
Remote generator monitoring changes the economics of running power. Usage-based maintenance cuts both unexpected failures and pointless preventive visits, fuel oversight stops losses that would otherwise vanish into runtime, and real-time fault alerts protect the critical loads that depend on standby power. For rental and service businesses, the same data underpins accurate billing and proof of uptime.
Gensets do not operate in isolation. They burn fuel from tanks, they are serviced by mobile teams, and they often back up sites that already carry other monitored assets. TakeOvr keeps generators, fuel tanks and fleets on a single platform, so one team can follow power, fuel and logistics together and act on the whole picture instead of fragments.
Frequently asked questions
Generator monitoring is the continuous, remote tracking of a genset and its key signals: running state, runtime hours, fuel level and consumption, load, voltage and frequency, plus controller faults and alarms. TakeOvr collects this data from the generator controller or add-on sensors and presents it as live status, history and alerts so you can manage a fleet of gensets without a site visit.
TakeOvr reads from common genset controllers over Modbus RTU and TCP, and can also ingest discrete sensor inputs where a controller is not exposed. Because the platform is vendor-agnostic, gensets from different OEMs with different controllers can be brought together into one dashboard rather than each living in its own proprietary tool.
TakeOvr accumulates engine running hours from the controller or a run-signal sensor and uses them to drive service intervals. As a genset approaches an oil-change or inspection threshold, the platform raises a maintenance alert, so servicing follows real usage rather than a fixed calendar that ignores how hard each unit actually works.
Yes. By pairing genset telemetry with a tank or in-line fuel sensor, TakeOvr tracks consumption against runtime and load. Consumption that does not match the work done, or fuel drops while the unit is idle, indicate leaks or theft and can trigger immediate alerts alongside low-fuel warnings that protect uptime.
Yes. Controller fault codes, failure-to-start conditions, mains-failure starts, low oil pressure, high temperature and similar alarms are surfaced in real time by dashboard, email or webhook. For critical and standby power, this means you learn about a problem when it happens rather than when the load is already lost.
See genset telematics on your own units
Book a live walkthrough and we will show you how TakeOvr connects your generators into one monitoring platform.
Book a demo