Using the Fuel Level Sensor (FLS) provides not only the ability to determine fuel level in real-time (% and liters), but also offers the following functional capabilities:
- obtaining reports on fuel consumption and other information for any specified period of time;
- automatic calculation of average fuel consumption (for example, per 100 km);
- monitoring the timeliness, quantity, and location of refueling, as well as receiving corresponding notifications;
- detection and receiving notifications through the system about fuel leaks in case of a sharp decrease in the tank level;
- recording instances of misuse of company vehicles;
- ability to view fuel level as a graph;
- displaying initial and final fuel level values, as well as other relevant information, and so on.
Fuel consumption monitoring can also be carried out using CAN protocol equipment, which connects to the car's onboard computer and allows reading data on actual fuel consumption and other parameters from existing sensors.
In addition to displaying data from the car's sensors in real-time (such as actual fuel consumption, fuel level in the tank, alarms, door status, trunk, hood, brake status, engine rpm, temperature, headlights, driver and front passenger safety belt status, airbags, ABS, ESP, "check engine" light and other sensor statuses), the equipment also provides the following functional capabilities:
- obtaining reports on fuel consumption and other information for any specified period of time;
- automatic calculation of average fuel consumption (for example, per 100 km);
- monitoring the timeliness, quantity, and location of refueling, as well as receiving corresponding notifications;
- detection and receiving notifications through the system about fuel leaks in case of a sharp decrease in the tank level;
- recording instances of misuse of company vehicles;
- ability to view fuel level as a graph;
- displaying initial and final fuel level values, as well as other relevant information, and so on.
With the developed software, it is possible to integrate the fuel management system with any fuel operator system. This allows for comparison of data on the amount of fuel refueled at a certain location and time with the data from the fuel operator system, thereby preventing attempts to steal fuel.
