Inside the Battery Pack Designs with Lithium-Ion Chemistries Ebook, we take a look at the charging/discharging parameter settings, cell balancing functions, charge rates, battery enclosures, and other factors.
Technology advances have created products more mobile and high-powered which require battery Chemistries that provide optimal energy as well as long life. From cell phones to electric vehicles, lithium-ion batteries have been the go-to battery standard for these devices. While new battery chemistries are being introduced, lithium-ion cells are being further modified and improved to allow for faster charging, better electrical performance in colder temperatures, and improved structural stability.
With manufacturers pursuing these recent advancements, they are also perfecting the ways in designing lithium-ion chemistries to maximize the life of battery cells. Customers who speak about their battery needs with the manufacturer during the design phase, in addition, discuss how to achieve longer-lasting cells while in use and during storage.
Comprehensive battery and enclosure design for lithium-ion chemistries can help extend the life of the batteries, while proper storage practices can prevent excessive self-discharge once the battery reaches the end user. Working with a trusted and reliable battery manufacturer allows you to determine the best design considerations based on the application, battery chemistry, and storage practices.
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