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Tracking Battery

Are you researching the best option for trailer, container, goods or animal tracking? Look no further than battery tracking devices. These handy gadgets offer a convenient solution for monitoring various assets in real time. 

In this article, we’ll explore the versatility of tracking battery options and how they can be used in electronic toll collection, tracking containers and railway carriages, and even in monitoring wildlife. 


When Can You Use Battery Tracking Device?

Tracking Battery devices are incredibly versatile tools that can be used in various scenarios. One common application is electronic toll collection systems, where these devices help streamline the process by automatically detecting vehicles and facilitating seamless payments.

In the logistics industry, a tracking battery is crucial in monitoring containers and railway carriages as they travel long distances. These devices enhance efficiency and security in supply chain management by providing real-time location updates and ensuring secure transportation.

Another fascinating use of Tracking Battery devices is in wildlife conservation efforts. Researchers often rely on these gadgets to track animals’ movements, gather valuable data on their behavior, and contribute to species preservation initiatives.


Electronic Toll Collection

Instead of scrambling for loose change or waiting in long lines at toll booths, you can now pay the toll using a tag. With a Tracking Battery device, you can seamlessly pass through tolls without any hassle.

These devices use RFID technology to communicate with toll sensors, allowing for quick and efficient payment processing. By attaching a tracking battery device to your vehicle, you can enjoy the convenience of automatic toll payments without stopping or slowing down.

The batteries have to offer high voltage and energy, withstand a wide range of temperatures, and be small in size and light in weight. As a big name in the industrial battery supply, Tadiran considered everything and covered your needs with its LiSOCl2 battery.

Not only does electronic toll collection save time and reduce congestion on highways, but it also helps to streamline transportation operations. With accurate data on traffic flow and revenue collection, authorities can make decisions to improve road infrastructure and enhance overall mobility. In addition, these batteries are used as backup batteries in units for truck toll collection, such as the satellite-based Toll Collect System.


Tracking Containers and Railway Carriages

Tracking containers and railway carriages is crucial for efficient logistics and transportation management. 

Battery tracking devices play a key role in ensuring the safety and security of goods that are being transported across long distances. With a tracking device, companies can monitor the exact location of their containers and carriages in real time.

With a tracking battery, businesses can optimize routes, prevent theft, and streamline operations. The ability to track shipments accurately enables businesses to provide better customer service by offering precise delivery estimates.

In addition to location tracking, these devices also help monitor environmental conditions such as temperature and humidity inside containers. This data is valuable for industries like pharmaceuticals or food, where maintaining specific storage conditions is essential. 

Due to the journey length, you will need a long life battery, such as the one provided by Tadiran. PulsesPlus battery is designed for the equipment that communicates via radio or GSM network.

Tracking Battery

Animal Tracking

Scientists can monitor animal movements, behaviors, and habitats by attaching these devices to animals. This data is crucial for understanding migration patterns, studying endangered species, and implementing effective conservation strategies. Additionally, these devices can help farmers reduce the cost of milk production by wirelessly monitoring the health of cows.

For such purposes, Tadiran Batteries has developed lithium thionyl chloride batteries that are small, yet very powerful. They bring high capacity and high energy density, which means they can be smaller in size and weight.


Final Words

A tracking battery has changed how we track various assets and living beings. Whether it’s monitoring toll payments, tracking containers and railway carriages, or studying animal behavior, these devices play a vital role in modern-day surveillance and research efforts. 

With advancements in technology continuously improving battery life and functionality, the possibilities for using tracking devices are endless. One of the most prominent battery factories today, Tadiran Batteries, offers various types of batteries for tracking devices. Contact us for more information.


Tracking Battery – FAQ

What type of battery is best for a tracking device?

The best type of battery for a tracking device largely depends on the specific requirements of the device, such as its size, power consumption, and operating conditions. Lithium-ion batteries are commonly used in tracking devices because of their high energy density, long cycle life, and lightweight design. These batteries are ideal for devices that require frequent charging and consistent performance. For tracking devices that need to operate for extended periods without recharging, lithium thionyl chloride (Li-SOCl2) batteries are a good choice due to their high energy density and long shelf life. 

How can I maximize the battery life of my tracking battery device?

Maximizing the battery life of your tracking device involves a combination of selecting the right battery type and optimizing the device’s usage. Firstly, choose a high-quality battery that matches the power requirements of your tracking device. Regular maintenance, such as keeping the battery and device clean and ensuring proper storage conditions, also helps prolong battery life. Additionally, optimizing the device’s settings can make a significant difference. For instance, reducing the frequency of location updates, lowering the transmission power, and disabling unnecessary features when not in use can all conserve battery power.


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