Superlattice Power Incorporated has been acclaimed for its breakthroughs in battery technologies. Several researchers and other companies have attempted to harness the high capacity and energy density from superlattice-structured batteries, but have always come up short and never produced their products commercially or on a large scale. However, Superlattice Power Inc. has found success in the development and marketing of the next generation lithium-powered batteries worldwide.

The superlattice structure, which is the key to the company’s success, is a hexagonal structure, allowing the batteries to accommodate more lithium and therefore more energy. Another crucial component to the success of these new batteries is the materials being used. The target material is a mixed oxide with a general formulation of Li1+xMnaCobNicTidO2 to ensure homogeneous mixing of all starting materials which are pre-calcined at high temperatures ranging from 700°C to

Superlattice Power Inc. (SLAT.OB) is a company focused on developing and producing the next-generation lithium battery. These batteries can be used to power electric vehicles and have potential applications in homes and commercial buildings as a source of zero-emissions power.

Superlattice Power’s researchers have investigated high-capacity and energy-dense superlattice structures in an attempt to develop the next-generation lithium-ion polymer battery that is environmentally non-toxic, safe, less expensive and more powerful. What is a superlattice? The term refers to the crystal structure of a compound and indicates periodically alternating layers of several substances.

Until the efforts made by Superlattice, all prior efforts to substitute lithium for the transition metal have failed. The prior efforts all resulted in a loss of energy storage capacity over time. However, Superlattice Power announced earlier this year that the company has synthsized a new cathode material called Superlattice Structure