What Kind Of Wireless Tracking GPS Is Small And Durable
author: Afa Wu
2023-01-07
What Kind Of Wireless Tracking GPS Is Small And Durable
Wireless GPS equipment, as a hidden guarantee, is expected to be as small as possible. However, the size of the device is small, and the capacity of the battery is bound to be limited. If the power is not enough, the function of the device can not be performed even if it is excellent.
Is it true that there is no wireless device with small and sufficient power?
Let's first look at some factors that affect the endurance of GPS devices.
1、 The first is battery quality.
The battery quality directly affects the service life of the product.
There are two types of batteries used for GPS locators: polymer batteries and lithium batteries.
The polymer battery is usually in the shape of a battery pack. The advantage is that it can be charged, and it can also be made into different shapes and volumes.
The capacity can also be set by itself. The disadvantage is that the self discharge is very high.
Lithium batteries usually have a fixed model, including size and capacity. The advantage is that the self discharge rate is relatively low, but the disadvantage is that they cannot be charged.
The wireless fleet gps tracking devices on the market generally use lithium batteries. Although the polymer battery can be recharged and reused, it has high self discharge and poor single endurance.
Of course, there are many kinds of lithium batteries. Not all lithium batteries are suitable for ultra long life battery gps tracker. The key is to see the battery manufacturer and battery quality.
2、 Equipment with capacitance will last longer than equipment without capacitance.
Capacitance can store electric energy and release it when necessary. The device with capacitor can reduce the impact on the battery each time it wakes up, thus increasing the service life of the battery.
Then there is the utilization rate of battery power. The lower the power consumption of the device, the longer the battery life.
For example, the power consumption of WIFI positioning is smaller than that of GPS positioning, and the power consumption in standby mode is certainly less than that in working mode.
Therefore, it is critical to improve the endurance, save the power consumption of the device, switch the working mode reasonably and intelligently, and improve the utilization rate of power.
3、 GPS equipment used in northern areas may often encounter such problems: the original normal equipment often fails to deliver the positioning instructions in winter, cannot return information, and even the positioning position information has a great error.
This is actually caused by the poor adaptability of the battery of the device to temperature. Ordinary lithium batteries are not sensitive to the temperature in the range of 0-40 ℃.
However, once the temperature exceeds this range, the life and capacity will be greatly reduced. The principle is simple: the activity of electrolyte at low temperature decreases, and the electrolytic reaction slows down or stops.
Therefore, the adaptability of battery to temperature cannot be ignored.
If the working area is in the cold area in the north, pay attention to the cold resistance of the equipment. In the face of low temperature, alkaline zinc manganese dry battery and low temperature lithium battery are very good choices.
Take alkaline zinc manganese dry battery as an example. Its normal operating temperature range is - 20 ℃~60 ℃. Secondly, its low temperature discharge performance is also very good, which can well cope with the working environment in alpine regions.
In retrospect, it is necessary to make a trade-off between small size and long life. The most cost-effective is to minimize the size after reaching a certain service life. For example, Hayabusa Technology introduced the wireless GPS device WY-600.
This device is a high quality representative of keeping small volume while ensuring small power. It uses high-quality super lithium battery, ultra-low self discharge, automatic mode switching, ultra-low power consumption, supports WIFI positioning, and can work continuously for more than three years at a time.
In addition to excellent endurance, it also has strong adaptability to ambient temperature: - 20 °~+70 ° operating temperature range, - 40 °~+80 ° storage temperature range, which can be used for most daily use.
The quality of equipment is very important for the risk control management of auto finance. I hope that the above contents will help you to choose equipment in the future.
Is it true that there is no wireless device with small and sufficient power?
Let's first look at some factors that affect the endurance of GPS devices.
1、 The first is battery quality.
The battery quality directly affects the service life of the product.
There are two types of batteries used for GPS locators: polymer batteries and lithium batteries.
The polymer battery is usually in the shape of a battery pack. The advantage is that it can be charged, and it can also be made into different shapes and volumes.
The capacity can also be set by itself. The disadvantage is that the self discharge is very high.
Lithium batteries usually have a fixed model, including size and capacity. The advantage is that the self discharge rate is relatively low, but the disadvantage is that they cannot be charged.
The wireless fleet gps tracking devices on the market generally use lithium batteries. Although the polymer battery can be recharged and reused, it has high self discharge and poor single endurance.
Of course, there are many kinds of lithium batteries. Not all lithium batteries are suitable for ultra long life battery gps tracker. The key is to see the battery manufacturer and battery quality.
2、 Equipment with capacitance will last longer than equipment without capacitance.
Capacitance can store electric energy and release it when necessary. The device with capacitor can reduce the impact on the battery each time it wakes up, thus increasing the service life of the battery.
Then there is the utilization rate of battery power. The lower the power consumption of the device, the longer the battery life.
For example, the power consumption of WIFI positioning is smaller than that of GPS positioning, and the power consumption in standby mode is certainly less than that in working mode.
Therefore, it is critical to improve the endurance, save the power consumption of the device, switch the working mode reasonably and intelligently, and improve the utilization rate of power.
3、 GPS equipment used in northern areas may often encounter such problems: the original normal equipment often fails to deliver the positioning instructions in winter, cannot return information, and even the positioning position information has a great error.
This is actually caused by the poor adaptability of the battery of the device to temperature. Ordinary lithium batteries are not sensitive to the temperature in the range of 0-40 ℃.
However, once the temperature exceeds this range, the life and capacity will be greatly reduced. The principle is simple: the activity of electrolyte at low temperature decreases, and the electrolytic reaction slows down or stops.
Therefore, the adaptability of battery to temperature cannot be ignored.
If the working area is in the cold area in the north, pay attention to the cold resistance of the equipment. In the face of low temperature, alkaline zinc manganese dry battery and low temperature lithium battery are very good choices.
Take alkaline zinc manganese dry battery as an example. Its normal operating temperature range is - 20 ℃~60 ℃. Secondly, its low temperature discharge performance is also very good, which can well cope with the working environment in alpine regions.
In retrospect, it is necessary to make a trade-off between small size and long life. The most cost-effective is to minimize the size after reaching a certain service life. For example, Hayabusa Technology introduced the wireless GPS device WY-600.
This device is a high quality representative of keeping small volume while ensuring small power. It uses high-quality super lithium battery, ultra-low self discharge, automatic mode switching, ultra-low power consumption, supports WIFI positioning, and can work continuously for more than three years at a time.
In addition to excellent endurance, it also has strong adaptability to ambient temperature: - 20 °~+70 ° operating temperature range, - 40 °~+80 ° storage temperature range, which can be used for most daily use.
The quality of equipment is very important for the risk control management of auto finance. I hope that the above contents will help you to choose equipment in the future.
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