A battery or a power-producing unit can be broadly classified based on the basic mechanism and material used to produce the power. Lithium ions, nickel, lead, cadmium, etc, have been used to produce power, but each type of power-producing unit has its unique set of pros and cons.
Some of the leading lithium ion battery manufacturers offer customizations that improve the usability of these power setups to a great extent. In this blog post you will learn more about Lithium ion-based batteries and how to harness them to get the maximum output.
Making The Most Out Of lithium Ion Batteries
Lithium ion-based power-producing units are well known because they have a higher energy density. High energy density means a unit that produces more energy or power per unit weight of the power-producing unit. Moreover, power-producing units can be customized to improve their characteristics, so if you visit a leading lithium-ion battery manufacturer, tweak some features for better output.
Customizing The Shape
Customizing the shape of a power-generating unit can have a significant impact on its performance. For instance, a rectangular unit produces the highest energy density. This is probably due to the rectangular shape of the unit; the simple shape of the unit helps in giving a high energy density compared to a cylindrical unit where the shape is complex and the casing has to be carved in a cylindrical manner.
Apart from the rectangular or cylindrical shape, there are other shape variations, such as pouch shape. A pouch-shaped energy-producing unit is usually lightweight, so if you are to transport the power-producing unit to a place that is far away, you can choose a pouch-shaped unit as it will weigh less.
Customizing The Working Current
The maximum working current is the upper limit or upper threshold of the instantaneous current that a power-producing unit can hold. Manufacturers pay attention to the peak current because it impacts the battery’s discharge rate.
Frequent fluctuations in the discharge rate could damage the power-generating unit and reduce its capacity in the long run. So, if you want the power-generating unit to produce a definite amount of power and the battery to last long, ask the manufacturer to customize as per your specific needs.
Customizing The Working Environment
The working environment or the temperature range in which a power generating system is depends on several factors like the material of the electrodes, the peak instantaneous power required, etc. If the wires and the casing of the power cell are not customized as per the requisite working environment, then it will affect the cell’s longevity, and it may also lead to major accidents.
Conclusion
Power generating units have a limited lifetime, but with the right customization, you can get the maximum utility. So when you visit a power cell manufacturer, specify all your requirements like the energy density, the size, weight of the power cell, etc. Only when you have the right material, the right size, and the right working environment for a power cell will you be able to get the maximum output.