About Battery Packs

The concept of battery packs is frequently employed in association to battery electric vehicles or RC toys. Generally, it refers to a set of individual battery cells or batteries that are identical. Cells overall will usually come in fixed capacities or voltages.

For the most part, cell capacities do vary, but voltages normally don’t. Often times, when more voltage is desired the number of cells is increased. Commonly, this is achieved by configuring the cells according to a parallel or series.

In some cases when more voltage, capacity or power density is needed then a combination of both may be used. TLH is a custom battery manufacturer that specializes in creating high standard battery solutions like these. When a pack is wired as a parallel, then oftentimes a battery regulator is used. One reason for this relates to how it helps to keep the peak amount of voltage among cells or individual batteries below the maximum amount of value so that weaker batteries can become fully charged.

When this is accomplished this helps to achieve balance within. On the other hand a battery balancer actively balances energy among strong and weak batteries for a better result. When a pack of batteries is well balanced then it will last longer and perform better.

Therefore, active balancing is preferred for expensive or high capacity packs. When batteries are packaged according to an inline approach then the cells are soldered together. More commonly, cells or batteries are held together with heat-shrink tubing.

Generally, this provides enough strength for smaller packs. Most battery packs consist of individual cells or batteries, in addition to interconnect, which is responsible for providing the conductivity. This is also found within individual batteries as well.

Overall, it is used to connect each cell within batteries. Temperature sensors are often found within batteries that are rechargeable. One of the main reasons for this is to help detect when charging has completed.

Overall, cell capacity is rated according to milliamp hours or amp-hours. C is the symbol for capacity. Some of the advantage of using a pack is how easily it is to swap them in and out of devices. Therefore, extended runtimes of a device can be achieved by allowing a person to charge one pack while running off of another.

Additionally, packs offer the advantage of creating a combination of batteries or cells as a pack for almost anything. Also, when the product has reached the peak of its lifecycle, each battery may be removed and recycled separately. In the end, this helps to reduce the amount of hazardous waste contributed into the environment.

Some disadvantages of packs consist of how it makes it easier for consumers to tamper with or repair. Although this may seem as an advantage to some, it is not considering how mishandling can lead to electrical, chemical, as well as fire dangers.

Overall, it is important for people to consider a number of things when they are making the decision on what pack to buy. Some main considerations should include the number of amp-hours needed. Additionally, it is important to determine how much current the device they plan to use draws.