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GPS Tracking for Fuel Efficiency

Save fuel with GPS Tracking

Do you know that North America wastes 6 billion gallons of fuel every year mainly because of idling? This results in $11Billion in losses not to mention the carbon emission.

Individual drivers and commercial fleet operators in North America worry about fuel use and costs. Fuel waste from idling and poor driving can cost a lot and pollute the environment. GPS tracking technology offers many fuel-efficient and waste-reduction alternatives. This article will discuss the impacts of Idling and benefits of GPS tracking to improve fuel efficiency.

Idling and Fuel Wastage

In addition to fuel wastage, here are the impacts of idling:

Fuel Consumption

In the event, a driver keeps the vehicle engine running while waiting in the vehicle, the fuel consumed per hour is higher than usual, depending on engine size and age.

Environmental Impact

Air pollution and fuel waste result from idling. Idling automobiles emit carbon monoxide and nitrogen oxides.

Engine Wear and Tear

Engine wear and maintenance expenses grow with idling. Long-term idling causes carbon buildup and poor combustion, limiting engine life.

Benefits of GPS Tracking for Fuel Efficiency

GPS monitoring technology provides real-time data, insights, and actionable information to optimize vehicle fuel use. This is how GPS tracking saves fuel:

Idling Reduction

GPS tracking allows fleet managers to manage idling drivers. They are able to monitor instances when drivers keep the engine running while waiting in the vehicle. Managers also receive alerts for prolonged idling and are able to access reports to identify patterns. This enables them to make informed decisions and take proactive measures.

Some modern GPS monitoring systems can remotely shut down a vehicle’s engine to reduce idle times.

Real-Time Monitoring

GPS tracking devices provide real-time vehicle location, traffic status and other important data. This data helps fleet managers and drivers choose more efficient routes and driving patterns.

Route Optimization

GPS technology calculates and recommends fuel-efficient routes based on traffic and road conditions. This reduces traffic idling fuel consumption.

Driver Behavior

GPS tracking shows driver behavior such as aggressive acceleration, braking, and speeding. Fleet managers can utilize this data to coach drivers to drive safer and more fuel-efficiently. Incent the drivers for improved driving. Educate the environmental benefits of reduced idling to drivers, emphasizing their role in reducing emissions and air pollution.

Maintenance Alerts

Fuel efficiency depends on regular maintenance, such as air filter change and tire inflation. GPS tracking systems can provide vehicle usage-based maintenance warnings to ensure on-time repair.

Fuel Consumption Reports

GPS tracking provides detailed fuel consumption reports.  These reports might reveal patterns and improvement opportunities.

Fuel Card Integration

Many GPS monitoring systems can integrate with gasoline cards to automate fuel purchases and expenses. This integration simplifies expense reporting and identifies any potential fuel theft.

Conclusion

Fuel wastage impacts small businesses as well. Idling results in the industry suffering significant financial losses and environmental damage. Addressing these difficulties with real-time data and actionable insights from GPS monitoring technology has greatly improved fuel efficiency.