How to Monitor Fuel Consumption in Verizon Connect
Quick Summary
Fuel is often one of the largest ongoing expenses for any fleet, yet many businesses still track it with manual logs or rough estimates. Verizon Connect Fleet Management Software & Solutions replaces guesswork with accurate, real-time fuel data pulled directly from each vehicle. This article explains how fuel monitoring works within the platform, how to set it up, which reports matter most, and how to use the data to cut costs. By the end, you’ll understand how to turn fuel tracking into a practical tool for reducing waste across your entire fleet.
What Is Fuel Consumption Monitoring in Verizon Connect?
Fuel consumption monitoring is the process of tracking how much fuel each vehicle uses over a given period, along with the factors that drive that usage. Instead of relying on receipts or driver estimates, the system pulls data directly from vehicle diagnostics and GPS activity to calculate consumption automatically.
Verizon Connect Fleet Management Software & Solutions combines this data with driving behavior, idling time, and route information to give a complete picture of fuel efficiency. As a result, fleet managers can pinpoint exactly where fuel is being wasted, whether that’s excessive idling, aggressive driving, or inefficient routing.
Why Does Accurate Fuel Tracking Matter?
Fuel costs fluctuate constantly, and even small inefficiencies add up quickly across a large fleet. Without accurate tracking, it’s difficult to tell whether rising fuel costs stem from higher prices, poor driving habits, or mechanical issues. Consequently, businesses that lack visibility often overspend without realizing where the waste is coming from.
Accurate tracking also supports budgeting and forecasting. When managers know exactly how much fuel each vehicle or route consumes, they can set realistic budgets, negotiate better fuel contracts, and identify vehicles that may need maintenance sooner than expected.
How Does Verizon Connect Track Fuel Data?
Fuel data collection relies on a combination of hardware and software working together. Understanding this process helps explain why the data is reliable and how it stays up to date.
What Hardware Collects Fuel Information?
A GPS tracking device installed in each vehicle connects to the engine’s onboard diagnostics system, commonly known as OBD-II on most modern vehicles. This connection allows the device to read real-time engine data, including fuel level changes, engine hours, and mileage. The device then transmits this information to Verizon Connect‘s servers over a cellular network.
For fleets with older vehicles or specialized equipment, additional fuel sensors can sometimes be integrated to capture consumption data that standard OBD-II ports don’t provide. This ensures that even non-standard vehicles contribute accurate data to the fleet-wide reporting system.
How Does the Software Process This Data?
Once the data reaches the platform, Verizon Connect calculates fuel efficiency metrics like miles per gallon, idling fuel waste, and cost per mile. It also cross-references this information with route data and driver behavior scores. Therefore, a manager reviewing a report doesn’t just see raw fuel numbers; they see the context behind them, such as whether a spike in consumption correlates with heavy idling or an inefficient route choice.
This processed data then feeds into dashboards and scheduled reports, making it accessible without requiring managers to manually calculate efficiency figures themselves.
How Do You Set Up Fuel Monitoring in Verizon Connect?
Getting fuel monitoring up and running involves confirming hardware compatibility, connecting fuel card data where applicable, and configuring the dashboard to display the metrics that matter most to your team.
What Do You Need Before You Begin?
Before setup, gather the following:
- A GPS tracking device installed in each vehicle, connected to the OBD-II port or equivalent
- An active Verizon Connect subscription that includes fuel monitoring features
- Fuel card account details, if you want to reconcile purchased fuel against tracked consumption
- A defined list of vehicles or groups you want to monitor first, especially for larger fleets
Having this information ready in advance makes the setup process faster and reduces the chance of missing data once monitoring begins.
How Do You Configure Fuel Reports on the Dashboard?
After installation, log in to the Verizon Connect dashboard and navigate to the fuel or efficiency reporting section. From there, select the vehicles or groups you want to monitor and choose which metrics to display, such as fuel used, idle time, or cost per mile. You can also link fuel card data, which allows the system to compare actual fuel purchases against calculated consumption, flagging discrepancies that may indicate fuel theft or card misuse.
Finally, set up alerts for unusual fuel activity, such as a sudden drop in fuel level outside of normal refueling patterns, so you catch potential issues as they happen rather than during a monthly review.
Which Fuel Reports Should You Monitor Regularly?
Not all fuel data needs daily attention, but certain reports provide consistent value when reviewed regularly. The table below summarizes the most useful fuel-related reports available in Verizon Connect.
| Report Type | What It Shows | Recommended Frequency |
|---|---|---|
| Fuel Usage Summary | Total fuel consumed per vehicle or fleet | Weekly |
| Idle Fuel Waste Report | Fuel burned during idling periods | Weekly |
| Fuel Card Reconciliation | Comparison of purchased vs. tracked fuel | Monthly |
| Cost Per Mile Report | Fuel cost relative to distance traveled | Monthly |
| Fuel Efficiency by Driver | MPG comparison across drivers | Weekly |
How Do You Interpret These Reports Effectively?
Reading fuel reports in isolation rarely tells the full story, so it helps to compare them against each other. For example, a vehicle with high fuel costs might not be inefficient at all if it’s also covering significantly more miles than others. On the other hand, a vehicle with average mileage but high idle fuel waste points to a specific, fixable behavior rather than a mechanical issue.
Additionally, comparing fuel efficiency by driver, rather than just by vehicle, often reveals patterns tied to driving habits. If one driver consistently shows lower MPG across different vehicles, that suggests a coaching opportunity rather than a hardware problem.
How Can Fuel Monitoring Reduce Fleet Costs?
Once fuel data is flowing consistently, the real value comes from acting on it. Verizon Connect Fleet Management Software & Solutions gives managers the visibility needed to make targeted changes rather than broad, unfocused cost-cutting efforts.
How Does Reducing Idling Save Money?
Idling burns fuel without moving a vehicle forward, making it one of the easiest costs to reduce once identified. Because Verizon Connect tracks idle time automatically, managers can set idle time thresholds and receive alerts when vehicles exceed them. Addressing excessive idling through driver reminders or policy changes often produces noticeable fuel savings within weeks.
How Does Route Optimization Lower Fuel Use?
Inefficient routes waste fuel through unnecessary mileage and time spent in traffic. By combining fuel data with route history, fleet managers can identify recurring routes that consistently use more fuel than expected and adjust them accordingly. Over time, this leads to shorter, more efficient routes that reduce both fuel costs and delivery times.
Consider these practical steps for using fuel data to cut costs:
- Set idle time limits and monitor vehicles that exceed them regularly
- Compare fuel efficiency across similar vehicle types to spot outliers
- Reconcile fuel card purchases against tracked consumption monthly
- Adjust routes for vehicles that consistently show higher fuel use
- Share fuel efficiency scorecards with drivers to encourage better habits
What Are Best Practices for Ongoing Fuel Monitoring?
To keep fuel monitoring effective long-term, treat it as an ongoing process rather than a one-time setup. Regularly reviewing data and adjusting thresholds ensures the system continues to reflect your fleet’s actual needs.
- Review fuel reports on a consistent schedule rather than only when costs spike unexpectedly.
- Set realistic idle time and fuel efficiency benchmarks based on your specific vehicle types.
- Involve drivers in the process by sharing relevant data and explaining how it affects fleet costs.
- Reassess fuel card reconciliation regularly to catch discrepancies before they become significant losses.
- Update alerts as fleet composition changes, especially when adding new vehicle types with different fuel profiles.
Following these practices helps ensure that fuel monitoring remains a proactive cost-control tool rather than a passive dashboard feature.
Conclusion
Monitoring fuel consumption gives fleet managers the clarity needed to control one of their largest recurring expenses. With Verizon Connect Fleet Management Software & Solutions, businesses gain automatic fuel tracking, detailed reports, and actionable alerts that turn raw data into real savings. By setting up monitoring correctly, reviewing the right reports regularly, and acting on the patterns they reveal, fleets can reduce waste, improve driver habits, and keep fuel costs under control over the long term.
Frequently Asked Questions
Fuel monitoring works on most modern vehicles equipped with an OBD-II port or compatible diagnostics system. For older vehicles or specialized equipment without standard diagnostics, additional fuel sensors can often be installed to ensure accurate tracking across the entire fleet.
Yes, by comparing fuel card purchases against actual tracked consumption, the system can flag discrepancies that may indicate fuel theft or card misuse. Sudden, unexplained drops in fuel level outside normal refueling patterns also trigger alerts that help managers investigate potential issues quickly.
Fuel data accuracy depends largely on the vehicle’s onboard diagnostics system and proper device installation, but the platform generally provides reliable, consistent readings when hardware is set up correctly. Regularly reconciling this data against fuel card records helps confirm accuracy and catch any calibration issues early.
