Li-ion battery market is the major addressable that the ongoing research and development activities are expected to disrupt over the next few years. Some of these include gold nanowire cell, graphene cells, Micro supercapacitors, sodium ion, and foam batteries are few of the alternatives that can present substantial to the ongoing development in this industry segment. Advent of the technology is expected to create significant demands in the developed economies which will eventually expand to Asia Pacific representing the largest industry share. Addressing the existing technical problems is expected to remain the primary concerns of the industry participants over the next couple of years.

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Li–air cells are of interest for electric vehicles, because of their high theoretical specific and volumetric energy density, comparable to petrol. Electric motors provide high efficiency (95% compared to 35% for an internal combustion engine). Li–air cells could offer range equivalent to today’s vehicles with a battery pack one-third the size of standard fuel tanks assuming the balance of plant required to maintain the battery was of negligible mass or volume. The solar cell used a mesh made from microscopic rods of titanium dioxide to allow the needed oxygen to pass through. Captured sunlight produced electrons that decompose lithium peroxide into lithium ions, thereby charging the battery. During discharge, oxygen from air replenished the lithium peroxide.