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Posted: September 30, 2008
Development of Lithium Ion Battery Technology With Partially Lithiated Cathode and Anode
(Nanowerk News) Superlattice Power, Inc., a company involved in the development and marketing of next generation of lithium-powered batteries, along with all its current developments, is working towards partnering with a major U.S. company to achieve advanced development of lithium ion battery technology with a partially lithiated anode and cathode technology.
Today’s fully lithiated cathode materials with unlithiated anode material exhibits huge capacity loss after few preliminary cycles. It has been observed that metallic oxide anodes have the potential of higher capacity compared to carbonaceous materials. However, currently investigated metal oxide anodes suffer from large irreversible capacity loss initially due to formation of solid electrolyte interface (SEI) and irreversible lithium oxide in metallic oxide anode. It requires a strong effort and many process steps to reduce formation of lithium oxide. The formation of lithium oxide reduces the reversible capacity due to deficiency of lithium ion present in anode structure.
Dr. Vishal Mahajan and Dr. Surajit Sengupta are actively working closely with a major company specialized in lithium technology toward this advancement.
An introduction of partially lithiated anode and cathode in a lithium ion rechargeable battery system will have the major advantages compared to commercially available lithium ion batteries in terms of cycle life and negligible loss of initial capacity loss during first initial cycles.
About Superlattice Power, Inc.
Superlattice Power, Inc. (SLAT) production has a new standard. Superlattice exhibits power, safety and environmental concern at a level above anything else. Hybrid Technologies has taken Superlattice from a laboratory scale to industrial scale, and are pioneers in producing nano and submicron materials on a large scale.
Superlattice Power, Inc. has taken a step ahead to pioneer Superlattice Cathode Material for the use in Lithium Ion Rechargeable. HYBT has successfully introduced Superlattice nano and submicron materials from laboratory to industrial scale.
Superlattice structure is a hexagonal structure and can accommodate more lithium and more energy. The elements and specially transitioned metals have been selected precisely to make Superlattice cathode materials safe, environmentally friendly and less expensive.