4. FUELARK
SOLVING THE PROBLEMS
▸ Accuracy: A highly accurate fuel level sensor works seamlessly to provide more reliable data than
conventional methods of fuel sensing such as :
▸ flowmeters
▸ dipsticks and
▸ mechanical gauges
▸ Data Reconciliation: Maintains historical data for the purposes of data reconciliation and auditing
▸ Efficiency: The consumer is now also able to measure the performance his assets. for e.g. Allowing
the consumer to save on hidden expenses when the efficiency of the machine is at a subpar level, by
servicing the engine
▸ Data reporting: The sensor coupled with state-of-the-art analytics, enables the consumer to now able
to keep track of fuel consumption in real time
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5. FUELARK
WHY FUELARK?
▸ Substantial savings in cost, by eliminating pilferages
▸ Constantly evaluates which units are operating at subpar level, in order to
help optimise efficiency
▸ Eliminates data manipulation by manual interference, since it’s fully
automated
▸ Minimises fuel consumption and helps in a greener environment
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6. FUELARK
WORKING IN BRIEF
▸ FuelArk hardware installed in your
machine
▸ It is linked with a remote monitoring
software
▸ Data stored in cloud is used to
provide insightful and key analytics
related to Fuel
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12. FUELARK ADVANCE
▸ Iteration to FuelArk Plus
▸ Full Integration with Energy Meter
▸ Current RYB, KWH (units) , Voltage
RYB , Power Factor, KWH, KVA
▸ Data stored in cloud is used to
provide insightful and key analytics
related to Fuel and Energy
Production of DG set
