Lipo Battery Temperature Sensor-Temperature Control

Sep 12, 2019   Pageview:28

As lithium polymer batteries have become one of the most amazing sources to provide electric power to an amazing variety of applications at present. To ensure the perfect and efficient operation of the battery, and long battery life the lithium polymer batteries are being monitored for their effective state of charge on a continuous basis. However, when it comes to determining the effective charging and outgoing capacity of lithium polymer batteries then the temperature of the environment is being considered as one of the most important things here. This is the most important reason due to which people have started to utilize lipo battery temperature sensors to ensure the effective temperature of the environment while charging, discharging, storing the lipo batteries. Do you want to know more about the lipo battery temperature sensor? Well, there we have brought some of the most interesting information about the lipo battery temperature sensors which is surely going to be beneficial for you to know. So, have a look at the following descriptions to know more about the things in this regard.


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Components of lipo battery Temperature Sensor

In lipo batteries, the temperature sensors are being used for effective charging controllers. As we are living in an environment where we are experiencing significant temperature changes on a regular basis. Therefore, lipo batteries of the present time are using lipo battery temperature sensors which can help you to identify the effective temperature of the environment in the best possible way.


However, when it comes to understanding the components which are being used in the lipo battery temperature sensor then you must understand the fact that normally there are three different types of components which are being used in the lipo battery temperature sensors. However, the basic components which every temperature sensor is including are thermistors, infrared sensors, resistance temperature detectors, thermocouples. However, the components which are the most important parts of the temperature sensors are thermocouples, sensing elements and wires. While, the components which have the ability to complete a temperature sensor are protecting tubes, connectors, insulating beads, and connecting heads. And when it comes to having a look at the parts which are important to use these temperature sensors are converters and controllers.


While, a temperature sensor is normally a device which is mainly based on RTDs or a thermocouple which are meant to collect the temperature information from a specific source, and converts the collected information into an understandable form in the best possible way.


What does temperature sensor work for?

To understand the use of temperature sensor for a lithium polymer battery it is highly important for you to understand the effect of temperature on the performance and life of the battery.


Temperature is an important factor to consider in battery and charger performance. It is because as the temperature will increase, the chemical reactions which are happening inside the batteries become faster. This can be a good thing but to some extent only because it will improve the output of the battery. However, if the chemical reaction inside the battery will become too fast then the battery chemicals will be lost forever and resultantly, the life-cycle of the battery will be decreased. Even more, at the extreme temperature, the thermal runway can become a real threat for your battery and this may damage the battery. While on the other side when the temperature is going to decrease to a recommended range it will cause an increase in the internal resistance of the battery. As a result, the performance of the battery will be affected in a negative way. At even lower temperature the battery may stop working because it will freeze the electrolytes.


You may know about the fact when the battery is being charged it will generate heat. This will enhance the internal as well as environmental heat. However, to avoid any unwanted situations, the temperature sensors which are being used in the batteries and chargers at the present time will enable the battery charger to work at a required temperature and voltage in a more effective way with ease. It is because when the battery temperature will go higher the battery charger will automatically decrease the supply of the voltage to the lipo battery to maintain an optimum charging level in the best possible way. This is the best way to prevent overheating in the battery in a perfect way. While on the other hand, at low temperature the battery charger will increase the supply of voltages to the lipo battery to counter the increase in the resistance because of low temperature with ease. These are some of the most important reasons what does a temperature sensor work for.


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How to use a temperature sensor properly?

The selection of an effective lipo battery temperature sensor is important. To use the temperature sensor for lipo battery in a perfect way throughout the tolerance range of anticipated operating temperature of the battery should not exceed 5%. You must think about the embedded or contact mounting lipo battery temperature sensor on the basis of construction and environment of your lipo battery in which it is going to be used. Consider the accuracy, responsiveness, reliability, and durability of the lipo battery temperature sensor to make an effective selection.


When it comes to talking about lipo batteries then most of the people may be aware of the fact that the lipo batteries are based on highly specified charging requirements. While the most important thing which you have to consider to keep your lipo batteries secured and in a perfect condition is the temperature. Whether you have to charge your lipo battery, discharge your lipo battery or store it, the temperature is the most important thing to consider for everything. It is because if you are going to neglect the temperature instructions of the manufacturers for a longer period of time then it can cause damage to your lipo battery with ease. Even more, mishandling your lipo battery can also lead you to severe problems like a fire.


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