Issues With Li-Ion Medical Batteries

Medical devices like oxygen concentrators, monitors, lift chairs, pagers and muscle stimulators need to rely on good quality medical batteries experts to keep their reliability and cannot be replaced by poor quality ones. The life of medical batteries is very short and the moment they stop working they cannot be used ever again. It is therefore very important to visit: for the right kind of medical batteries. The task can be made even more difficult if you do not know what to look out for while purchasing the medical battery. Let us take a look at some of the factors which need to be taken care of when purchasing a medical battery:

If the supplier in question is well known and popular, then there is every chance that the new battery will be manufactured by the company and sold under its brand name. This is especially the case with medical devices where there is a great deal of competition in the market. So when it comes to buying a new battery for medical devices, it is better to stick to the brands which are known to manufacture medical batteries and sell them under their own brand names. Some of the reputed brands that manufacture items worldwide.

Another factor to consider is the battery design and quality. A battery designed for medical batteries will be different from one meant for household purposes. For example, an oem battery meant for medical devices should have a high discharge rate and good energy density. You should also check whether the product has received the CE or RoHS certification and that it meets all the standards set by the regulatory authorities around the world.

Once you have checked the characteristics of the battery, you can move on to its specifications of discharge behavior. Different batteries have different discharge behaviors. For example, there are those that offer high capacity discharge rates but exhibit slower charge/discharge rates. Likewise there are those that offer fast charge rates but exhibit slow charge/discharge rates. Check the specifications of the battery in relation to the expected performance of the battery by considering its expected life span, energy consumption, temperature range and other factors. Check out this page to read more about Medical Batteries.

There have been recent investigations conducted to study the discharge behavior of solid state batteries. Most recent investigations have focused on lithium ion batteries, since they constitute the bulk of the batteries market. The results of the recent investigations suggest that lithium ion batteries with a solid state structure tend to experience higher charge cycling efficiencies than regular alkaline batteries. Due to this, the risk of electrical short-circuits and fire accidents is potentially reduced.

However, lithium ion batteries still face several significant challenges that are present even in their optimized design. One of these challenges is the inability to insert these li-ion batteries into medical device power sources such as pacemakers. Medical device power sources that allow for the insertion of li-ion batteries. Another challenge that is associated with li-ion batteries is that of gel-pack cell capacity. Here is an alternative post for more info on the topic: