How to Get a Battery Solution for Wearable Devices?
IoT, which keeps affecting people’s living ways, has unconsciously improved their lifestyle. Through collecting and analyzing large amounts of data, loT can help to manage people’s health, reduce our energy consumption in homes and workplaces wisely, monitor and improve our living environment, etc.
For better data collecting, it needs the consumer to wear the devices for a long time. A small, portable and comfortable device, which can continuously be working on the whole day, is much more convenient for people to use in their daily life. Other loT things, for example, the smart home sensors, are also facing similar needs as wearable devices.
In the foreseeable future, the wearable battery will still keep its role as the main source of power for portable devices. In particular, in order to minimize energy waste caused by billions of devices, rechargeable batteries will be the priority choice.
Obviously, a strong, safe, and powerful rechargeable battery becomes more and more important in the wearable devices industry.
How do choose rechargeable batteries for wearable devices?
Dimension, weight, and comfortable feeling are three important factors of a wearable device, considering a long time wearing. In proportion, batteries for these devices are also as small as possible but keep the capacity.working time is the first consideration factor for consumers to purchase portable products. A long battery life with high capacity is important to help products win consumers’ confidence.
It’s a challenge for a battery to keep balance in smaller dimensions and higher capacities. Comparing to other types of batteries, Lithium polymer battery (LiPO) does a perfect performance in wearable devices, becoming an ideal choice.
High energy density is one of their advantages. It allows engineers to choose smaller and lighter batteries but get a longer working time. Comparing to NiMN battery or NiCd (1.2V), the normal voltage of LiPO is 3.7V, which means we use fewer battery cells to meet the same voltage requirement.
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On the self-discharge performance, the rate of LiPO self-discharging is much lower than that of nickel-based batteries, which is about 2% self-discharge energy per month. The rate of NiMH and NiCd are even higher than 5% per day. This performance does not only reduce the charging times but also keeps the devices having power even after a long time without using it.
Why choose LiPO battery for wearable devices?
How does the LiPO battery satisfy wearable devices to become comfortable and convenient?
Safe, convenient, and reliable LiPO battery for wearable devices
Satisfying the design limitation, supporting a long working time at the same time, Tianshi's LiPO batteries may be a good choice for product engineers, to design flexibility and get more functions. At least, you don’t have to worry about the capacity.
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