Understanding how much fuel a route may consume helps businesses estimate costs, compare vehicles, and plan an operation. This update introduces estimated fuel consumption in the Secure GPS activity summary. It also corrects the interval used when a GPS alert runs commands so the configured delay is respected from the latest sending time.
Estimated fuel consumption in the activity summary
Each device can have a fuel-efficiency value in its settings, within the sensor group. Secure GPS uses that value and the traveled distance to estimate the fuel consumed during the selected period.
The calculation follows a straightforward relationship: distance traveled divided by configured efficiency. If a fleet indicates that a vehicle travels a certain number of kilometers per liter, Secure GPS applies that reference to the distance in the summary. Results appear in liters or gallons according to account preferences.
The capability does not need to interpret a tank level to produce the value. For that reason, the result is an estimate and depends on the configured efficiency being a reasonable representation of the vehicle.
What a business can do with the estimate
- Plan costs: approximate the fuel required for a workday, route, or period.
- Compare activity: see how estimated consumption changes between trips of different lengths.
- Prepare budgets: combine the result with the fuel price applicable to the operation.
- Identify differences: compare the estimate with purchases or actual measurements to find cases requiring review.
- Analyze vehicles: configure different efficiency values for equipment with different characteristics.
A distribution company can review each vehicle's daily summary and obtain a fuel reference alongside distance, movement, and other activity statistics. A field-service provider can use it to project the cost of visiting customers in several areas. A machinery operation can estimate the effect of movements recorded by its GPS devices.
How to configure a useful value
Efficiency should be based on vehicle data and expressed consistently with the units used by the account. For a better approximation, calculate it from several actual refueling records and distances rather than one trip.
Load, traffic, driving style, elevation, maintenance, and idling can make actual consumption different. The capability is therefore suitable for planning and comparison, but it does not replace a compatible fuel sensor or accounting records of refueling.
When vehicle conditions change, the administrator can review the configured value. Keeping it current helps activity summaries continue to provide a useful reference.
Commands run by GPS alerts with the correct delay
Secure GPS allows compatible commands to be associated with certain alerts. This automation can request an action from the tracker when a user-defined condition is met.
The update corrects how the delay between deliveries is counted: the interval begins when the latest command is sent. If an alert remains active or is evaluated again, Secure GPS respects the planned separation before attempting another delivery.
- Predictable cadence: commands do not accumulate before the delay is complete.
- Fewer repetitions: the risk of sending instructions too frequently is reduced.
- Better device control: each action retains the interval defined by the administrator.
- More reliable automation: behavior is tied to the previous actual sending time.
Real-world application
A fleet can configure each vehicle's efficiency and review a daily estimate in the activity summary. At the same time, an alert can send a compatible command according to the defined waiting period. The manager gains a cost reference and more consistent automation within the same platform.
Before associating a command with an alert, the integrator should verify that the tracker supports it, understand its effect, and choose an appropriate delay. Action availability depends on the model, communication channel, and device connection.
Technical summary for GPS integrators
Estimated consumption is derived from the period's distance and the efficiency configured individually for the device. Presentation follows account units, and the calculation is omitted when no valid value exists. The alert correction uses the time of the latest sent command as the start of the delay before the next attempt.
Secure GPS combines GPS tracking, activity summaries, statistics, sensors, alerts, commands, maps, and trip history. These capabilities turn positions into operational information and automations for fleets and assets.
Explore Secure GPS plans and features to review the tools available for your operation.