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Kokam via Climb-out will promote the patented superior lithium polymer battery (SLPB) technology in the UK and europe, technology that was derived by combining traditional lithium-ion (Li-ion) with an advanced form of lithium polymer technology.
As part of the patents held by Kokam, the battery draws on a folder-to-folder continuous manufacturing method and a unique thin-film lamination process to produce a higher energy density secondary lithium cell design. These and other patents held by Kokam have brought considerable advancement compared to today's traditional lithium technology.
Kokam plans to play a major role in a variety of applications using its patented and proven next generation process & technology. They produce a very advanced form of lithium secondary battery. Our improved cycle life, lighter weight, wider operating temperature range and the true maintenance free design can provide our customers with high quality batteries for a variety of applications.
Kokam produces a safe and proven technology with a product range from 20mAh to 240Ah large capacity cells. With intense concerns in the marketplace on the safety of higher ampere-hour Li-ion cells, Kokam is leading the way in defining safety. The cells have a built-in improved overcharge protection mechanism that helps in the enhancement of the safety features in rechargeable lithium batteries.
Kokam has a very unique technology with high power/energy density and accommodates higher discharge rates. Additionally, our ability to manufacturer in multiple form factors with ease could benefit industry tremendously. We can deliver more run time, make lighter battery packs, and provide a safer solution to the user. The Kokam superior lithium polymer battery (SLPB) technology has been independently tested and qualified by several groups for applications ranging from radio control planes to hybrid electric vehicles. The higher quality and reliability seen in the product is directly related to the completely automated manufacturing processes
Kokam has developed and implemented in-house. The plant in South Korea can produce in excess of 50 million watt-hours of cells per year and can easily switch from one form factor to the next. |
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