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What is the endurance and battery life of car GPS trackers?

GPS trackers for vehicle fleets are devices that allow you to track the location and movements of a fleet of vehicles in real time. They are used by companies across all sectors to improve their fleet management, particularly in terms of safety, efficiency and compliance. These GPS trackers are also used by individuals who want to protect their personal cars.

However, for these devices to be effective, they must be powered by a reliable energy source. This is where range and battery life come into play. These two factors are essential to ensure uninterrupted and accurate vehicle tracking. In this article, we’ll explore the battery life and battery life of car GPS trackers in detail, and why they’re so important in the context of tracking a fleet of vehicles.

GPS tracker for cars: plugged in or standalone?

GPS trackers have distinct functionalities and characteristics depending on the model or brand. Generally, whether they are plugged in or standalone will only impact the battery life of the GPS tracker as well as the frequency of positions sent. Other characteristics, such as the different communication networks used and therefore the associated network coverage or even the fact that they are jammable or not have no impact on the battery.

Understanding plugged GPS Trackers

A plug-in GPS tracker is a type of tracking device that is directly connected to the vehicle’s power supply. This means it doesn’t need its own battery to operate, as it uses the vehicle’s power.

The advantages of connected GPS trackers are numerous. First of all, because they are powered by the vehicle itself, they have unlimited autonomy as long as the vehicle has energy. Additionally, they can offer more accurate and reliable real-time tracking because they are not limited by battery life.

Trajectoire ultra précise

However, plugged-in GPS trackers also have some drawbacks. For example, they may be more difficult to install because they require a direct connection to the vehicle’s power supply. Additionally, because they rely on vehicle power, they cannot follow the vehicle when the vehicle is turned off.

Plug-in GPS trackers are typically used in situations where constant real-time tracking is required, such as tracking a fleet of commercial vehicles.

Understanding standalone GPS trackers

A standalone GPS tracker is a tracking device that runs on its own power source, usually a built-in battery. This means it can operate independently of vehicle power.

Traceur GPS autonome pour voiture

The advantages of autonomous GPS trackers are numerous. For example, they are generally easier to install because they do not require a direct connection to the vehicle’s power supply. Additionally, because they run on their own battery, they can continue to follow the vehicle even when it is turned off.

However, standalone GPS trackers also have some drawbacks. The most notable is that their autonomy is limited by the life of their battery. Once the battery is exhausted, the device must be recharged or the battery must be replaced.

Standalone GPS trackers are typically used in situations where easy installation and the ability to track a vehicle even when it is turned off is a priority, such as for personal vehicle tracking or for fleet management applications where vehicles do not are not constantly moving.

Comparison between plugged-in and standalone GPS trackers

The comparison between plugged-in and standalone GPS trackers largely depends on your specific vehicle tracking needs.

– Comparison of autonomy and battery life: Plugged-in GPS trackers have unlimited autonomy as long as the vehicle is running, because they use the vehicle’s power. In contrast, standalone GPS trackers run on their own battery, which means they have limited battery life and need to be recharged or replaced regularly.

Batterie qui se décharge

– Comparison of features and capabilities: Both types of GPS trackers offer real-time tracking, but plugged-in models can offer more accurate and reliable tracking because they are not limited by battery life. Autonomous models, on the other hand, can offer more flexibility in terms of installation and can continue to follow a vehicle even when it is turned off.

– How to choose the best GPS tracker for car between a plug-in GPS tracker and a standalone one based on your specific needs: If you need constant real-time tracking and installation is not a problem, a tracker Plugged in GPS might be the best choice. If you prefer easy installation and the ability to track a vehicle even when it’s turned off, a standalone GPS tracker might be more suitable.

It’s important to note that choosing between a plugged-in GPS tracker and a standalone one will ultimately depend on your specific vehicle tracking needs. It is therefore recommended to carefully evaluate these needs before making a decision.

Battery life of standalone vehicle GPS trackers

Factors influencing battery life

The battery life of a GPS car tracker is a crucial factor that determines how long the device can operate without requiring a recharge. Several factors can influence the battery life of a GPS tracker.

– Battery quality: Not all batteries are created equal. Battery quality may vary depending on the GPS tracker manufacturer and model. A high-quality battery can provide longer battery life.

– Use of the GPS tracker: Battery life may also be affected by how the GPS tracker is used. For example, if the geolocated car is moving 6 hours a day, the battery will last less than if the car is moving 1 hour a day.

– GPS tracker settings: Battery life may also vary depending on the settings associated with the GPS tracker. Indeed, a GPS tracker which is configured to send a position every 60 seconds will have a lifespan of a few days to a few weeks, while a GPS tracker configured to send a few positions per day will be in operation for several months or even years. . Vary the frequencies at which GPS positions are sent to benefit from optimal autonomy adapted to your use.

Réglages traceur GPS

– Environmental conditions: Environmental conditions, such as extreme temperatures, can affect battery life and the accuracy of the positions sent.

Average battery life of GPS trackers on the market

On average, the battery life of GPS trackers on the market can vary greatly, from a few days to several years, depending on the factors mentioned above.

How to optimize battery life

It is also possible to optimize the battery life of a GPS tracker. For example, by adjusting device settings so that it transmits data less frequently or by using power saving features, if available. Some GPS trackers automatically go into “sleep” mode when they are not moving and only send one position per day. Do not hesitate to ask companies about the settings of their GPS trackers before purchasing.

Battery life of GPS trackers for cars

What affects the battery life of a GPS car tracker?

The battery life of a GPS car tracker refers to the length of time the battery can continue to operate before it needs to be replaced. Several factors can affect the life of a GPS tracker battery.

– Battery quality: Just as with autonomy, the quality of the battery can have a significant impact on its lifespan. A better quality battery can generally last longer.

– Charging cycles: Each time a battery is charged and then discharged, it counts as a charging cycle. Batteries have a limited number of these cycles before their capacity begins to decrease.

Cycle charge batterie

– Environmental conditions: Extreme environmental conditions, including temperature variations or prolonged extreme temperatures, can also reduce the life of a battery.

Average battery life of GPS trackers on the market

On average, the battery life of GPS trackers on the market can vary, usually ranging from a few years to several years, depending on the factors mentioned above.

Tips for Extending Battery Life

There are also ways to extend the battery life of a GPS tracker. For example, keeping the battery at a moderate temperature and avoiding full charges or full discharges can help extend its lifespan.