Rajan Wilcox
GPS tracking technology is an effective way to monitor and reduce fuel consumption in vehicles. It provides valuable insights into fuel efficiency, driving habits, and vehicle performance, helping businesses and individuals optimise their fuel usage and reduce costs. With GPS data analysis, it is possible to estimate fuel consumption and emissions, identify inefficiencies, and implement operational changes for significant fuel savings. This technology is particularly useful for businesses with fleets of vehicles, helping them make informed decisions and improve their bottom line.
| Characteristics | Values |
|---|---|
| Location tracking | Precise location tracking up to 5 meters |
| Trip history | Save trip history for three years |
| Out-of-coverage tracking | Get the record of the route even if the vehicle is out of the GSM coverage zone |
| Mobile applications | Mobile applications such as "Loccate" allow users to track and monitor the location of vehicles without needing laptops or extra devices |
| Installation | Easy installation in the diagnostic port OBDII, available in all contemporary cars |
| Real-time monitoring | Monitor fuel consumption and fuel levels in each vehicle in real time |
| Trip history | Generate the history of trips and visual reports on fuel consumption |
| Alerts | Alerts for idling, speeding, rapid acceleration, and harsh braking |
| Reports | Generate a series of reports on driver operations, inefficiencies, and safety concerns |
| Route planning | Help plan the most efficient routes by providing information on nearby drivers and their availability |
| Vehicle misuse | Identify vehicle misuse with historical tracking data |
| Vehicle maintenance | Identify vehicle defects and ensure they are resolved to prevent breakdowns and improve fuel economy |
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What You'll Learn
Using a car tracker with a fuel consumption sensor
Fuel consumption is one of the biggest expenses for any business that uses vehicles. GPS tracking devices are an effective way to monitor and reduce fuel usage. A car tracker with a fuel consumption sensor can be used to monitor the driving habits of your team and intervene if necessary. This can include monitoring speeding, rapid acceleration, harsh braking, and engine idling. By registering the driving behaviours of your team, you can save thousands of dollars per year.
There are several options available for car trackers with fuel consumption sensors. The Teltonika FMB920 can operate as a device for controlling fuel consumption together with an analogue sensor. The GalileoSky V7.0 can be used with multiple dip fuel sensors, which is suitable for vehicles with large or complex-shaped tanks. The Queclink GV500 does not require the installation of an extra sensor and reads data from the built-in information system of a car. It is installed in the diagnostic port OBDII, which is available in all contemporary cars.
The DUT-E GSM is a 2-in-1 device that combines a fuel level sensor and a GPS tracker. It allows for fuel level measurement and GPS position tracking of trucks and other road or off-road vehicles. It can also be used for fuel monitoring of diesel generators and stationary tanks. The DUT-E GSM can be installed quickly and configured via the Internet. It automatically detects and alerts the fleet manager on fuel tank fill-up and fuel draining volumes.
The Loccate system is another option that can be used with a car tracker and fuel consumption sensor. It provides the possibility of generating the history of trips and visual reports on fuel consumption. This can help to identify failures such as unauthorised fuel drains or breakdowns on the route. The Loccate mobile applications can be installed on smartphones, without the need for laptops or any extra devices.
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Monitoring driver behaviour
For example, Linxup's Fuel Consumption Report breaks down expected versus actual MPG, alerting users to instances of idling, speeding, rapid acceleration, and harsh braking. This allows businesses to coach drivers in real-time, reducing fuel costs.
GPS tracking systems can also help businesses to plan more efficient routes, cutting down travel time and fuel consumption. They can also help to identify unauthorised vehicle use and fuel theft, as well as alerting drivers to fill up their tanks at the right time and place, and with the right payment methods.
In addition, GPS tracking can be used to monitor fuel tank levels, frequency of fuel fill, and fuel draining, providing data that can be used to improve fuel efficiency strategies and reduce fuel abuse and wastage.
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Reducing idling
Idling vehicles burn fuel and spread air pollution, impacting the environment and contributing to climate change. It is also said to cause twice as much damage to the internal parts of a vehicle compared to regular driving. This, in turn, hampers your business by increasing fuel expenses.
To reduce idling, you can use GPS tracking software to highlight how often drivers idle their vehicles. This data can then be used to train drivers in more conscientious habits, such as turning off the engine when idle for any length of time. Contrary to popular belief, turning the engine off and restarting it does not use more fuel than idling—idling for just thirty seconds uses more fuel than stopping and restarting.
Planning optimized delivery routes can also help reduce idling time. This can be done with the help of GPS tracking, which can also be used to monitor speeding, rapid acceleration, and harsh braking. This can help eliminate the need to refuel during a shift, as one customer of Linxup found when they started monitoring speeding.
GPS tracking can also help you save money in other ways, such as by spotting misuse and fraud, and steering drivers to fill up their tanks at the right places and times to get the best deals.
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Planning efficient routes
A fuel-efficient route planner is a navigation tool that suggests routes to minimize fuel consumption. While traditionally, the most direct path was considered the most fuel-efficient, modern route planners consider a range of variables, including traffic conditions, road elevation, speed limits, and road surface conditions.
For example, real-time traffic updates can help identify congested areas and suggest alternative routes to avoid stop-and-go traffic, which reduces travel time and fuel consumption caused by constant acceleration and deceleration. Additionally, elevation analysis can identify downhill gradients to save fuel and suggest smoother roads to avoid uneven surfaces that require more power and fuel to navigate.
Speed optimization is another critical factor in fuel efficiency. While speed itself may not be as significant as smooth driving, constant acceleration and deceleration can increase fuel consumption. Route planners can suggest speed ranges that align with optimal fuel efficiency, helping drivers maintain a speed that balances time efficiency with fuel economy.
Idling reduction is also crucial. GPS tracking software can highlight how often drivers idle their vehicles and encourage conscientious habits, such as turning off the engine when stationary. Aggressive driving behaviors, such as rapid acceleration and harsh braking, can be identified and addressed through training to improve fuel efficiency.
By utilizing GPS tracking technology and fuel-efficient route planners, businesses can save thousands of dollars per year in fuel costs while also reducing their environmental impact.
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Vehicle maintenance
Regular Servicing and Engine Care:
Regular car servicing is essential to keep your engine in top shape and maintain fuel efficiency. Over time, sludge and corrosion can build up between engine parts, making it challenging for the engine to run smoothly. Therefore, it is recommended to service your vehicle regularly and address any maintenance issues promptly. For example, fixing a faulty oxygen sensor can significantly improve your mileage.
Additionally, using a high-performance engine oil, such as Mobil™, can help reduce friction, combat sludge, and improve fuel economy. It is also important to use the recommended grade of motor oil specified by the manufacturer. For instance, using 10W-30 motor oil in an engine designed for 5W-30 can lower gas mileage by 1-2%.
Tire Maintenance:
Tire pressure has a significant impact on fuel consumption. Underinflated tires have higher rolling resistance, leading to increased fuel consumption. It is recommended to check and adjust tire pressure at least once a month, ensuring they are inflated to the recommended pressure. This simple habit can increase fuel efficiency by up to 3%.
Driving Habits:
Aggressive driving habits, such as frequent hard braking and acceleration, can increase fuel consumption. Smooth driving with gradual acceleration and deceleration is more fuel-efficient than constant speed changes. When approaching a red light or a hill, try slowing down gradually instead of slamming on the brakes at the last moment. Maintaining a safe distance from the vehicle in front of you also helps avoid sudden stops and reduces fuel waste.
If driving an automatic car, using cruise control can help maintain a constant speed and reduce fuel consumption. For manual cars, it is advisable to shift to a higher gear as soon as possible to improve fuel efficiency.
Reduce Idling:
Idling wastes fuel and can damage your vehicle. It is more fuel-efficient to turn off the engine if you anticipate being idle for any length of time. GPS tracking software can help identify how often drivers idle their vehicles, allowing you to implement more efficient practices.
GPS Tracking and Route Planning:
GPS tracking devices and vehicle management systems enable you to monitor fuel consumption, driving habits, and vehicle locations. This technology helps optimize routes, reduce unnecessary fuel usage, and identify areas for improvement. By analyzing the data, you can make adjustments to driving behaviors, such as reducing speeding and harsh braking, ultimately lowering fuel costs.
In summary, combining regular vehicle maintenance, including engine and tire care, with GPS tracking and conscious driving habits, you can effectively control car fuel consumption and reduce expenses.
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Frequently asked questions
You can monitor your car's fuel consumption with a GPS vehicle tracking system. This technology uses a fuel sensor to monitor the usage of fuel in real time.
You can set up a GPS vehicle tracking system by installing a tracker in the diagnostic port OBDII, which is available in all contemporary cars.
A GPS vehicle tracking system can help you save money on fuel by providing data on fuel usage and driving habits, such as idling, speeding, and harsh braking. This information can be used to train drivers to be more fuel-efficient.
A GPS vehicle tracking system can help you locate your car by providing real-time location data, trip history, and route records. This information can be accessed through a mobile application or a web-based platform.
