Advanced development of chemical sources of current (CSC) and ultra high-volume capacitor structures (UCS) for energy storage devices

摘要

This paper addresses advanced development of chemical sources of current (CSC) and ultra-high-volume capacitor structures (UCS) for energy accumulation. For estimated specific energy, CSC with the lithium anode ranks first. Recently, along with the CSC, the ultra-high-volume capacitor structures (UCS) are intensely developing. The most advanced area for a drastic improvement of batteries properties is the use of nanomaterials that acquire unique physical and chemical properties due to the nanoscale level structurization. To implement development of nanomaterials and nanostructures-based CSC and UCS, conventional microelectronics thin-film technologies are used.