Fuel control system
“One of the great challenges that companies face in Fuel anomalies, we are their best option to protect their profitability”
Fuel control system, with state-of-the-art technology
Identify drivers, vehicles and routes with higher fuel consumption than expected.
Plan the route in advance, obtaining the shortest route or with less traffic.
Identify drivers who have inefficient driving.
Control the improper use of vehicles.
Know if the fuel is used for private purposes.
Identify drivers who exceed the established maximum speed.
Assign the vehicles with the lowest consumption to the longest routes.
Identify behavior patterns related to fuel consumption.
TOTAL CONTROL
Descriptive statistics : present and characterize a set of data such as average consumption, maximum and minimum consumption, range of consumption, that 20% of drivers, vehicles, routes, etc. They produce 80% of our fuel consumption.
Linear or multiple regression models: relate a variable to one or multiple variables such as the relationship between fuel consumption and vehicle mileage.
Analysis of variance: detect differences between data groups such as knowing if there are differences between vehicle brands, routes, drivers, etc. in fuel consumption
Multivariate analysis: Simultaneously analyze multivariate data sets such as identifying behavior patterns: drivers with the highest fuel consumption are those who are 32 years old, have 3 years of experience, have not received any efficient driving course and drive safely. aggressive
Operations research: use mathematical models in order to obtain the best optimal solution for a problem with limited resources such as optimizing routes, fleet size, etc. to reduce overall fuel consumption
Profitability and fleet management
Benefits for fuel control
Between 19% and 35% of the costs of a vehicle fleet are directly related to fuel and lubricants. However, there are cases where up to 50% of monthly expenses are reached, which directly influences business costs and profit margins.
30%
Decrease in accidents and violations.
20-25%
Reduced maintenance costs, lower mileage, fuel and lubricant savings.
fifty%
Decreased idle time.
fifteen%
Improved fleet performance
Visibility in use
fuel and vehicles
Prevent theft with real-time monitoring and fuel control
To control and reduce costs, we need to improve the possible use of fuel, and for this, achieving complete visibility on the use of this is going to be essential.
The state of the vehicles affects consumption, it is necessary to ensure that they are in optimal conditions. A vehicle that, for example, suffers from undetected chassis problems, is going to consume more fuel than normal. The preventive maintenance of the vehicles belonging to the fleet is therefore going to be another fundamental part of the fuel control tasks.
Another determining factor in fuel consumption is the different driving styles applied by drivers. Ideally, driving styles that focus on vehicle conservation and responsible fuel consumption should be prioritized
Total visibility about all the factors related to a reduction in the cost of fuel. Incorporating a mobility data capture system is therefore going to be key in managing this cost.
They allow us to obtain real-time information and historical data on fuel consumption, and in this way, the factors causing inefficiencies can be analyzed, for example, routes that can be optimized, as well as behaviors that cause excessive fuel use.
There are several ways in which Fuel Theft can be carried out in the operation of your fleets:
- Tank drainage. Direct extraction of the vehicle unit.
- Drain on Recharge. Pour into drums at the service station.
- Alteration of the Dispenser. Modified pump at the service station.
- Alteration of Invoices. Modified figures in documentation.
- Alteration of the Odometer. Modification of mileage and hours / engine.
Fuel control is essential to the profitability of any type of vehicle fleet. This element is fundamental, since without it the operation of the fleet is impossible, for that reason it must be one of the variables with the greatest control in fleet management. In addition, being so easy to steal, its control and management is mandatory.
Mobility Data and
Digital control
Manage the fuel of your vehicles and obtain detailed reports of their consumption.
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Advanced electronics:
digital measurement
99% measurement accuracy
Remote configuration and updates
Analog: voltage and frequency
RS232 and RS485 interfaces
Inclinometer
Temperature sensor
Solid construction:
IP68 certified
aluminum casing
Probe length 300 - 750 mm
Cables and connections with additional protection
galvanic isolation
Easy installation:
Dry and wet calibration
Cable length: 7 meters