Macrocyclic battery

Abstract

A macrocyclic battery being eco-friendly, for improving the efficiency for generating electric current is disclosed. The macrocyclic battery comprises conductive electrodes, cells, and a membrane. The first cell includes a biological, an organic, or a synthetic macrocycle molecule with central ion, and the second cell includes a reducible biological, an organic, or a synthetic reducible macrocycle molecule with central ion. The membrane is used to separate the first conductive electrode to the second conductive electrode in the battery. The first cell encircling the first conductive electrode and second conductive cell encircling the second conductive electrode generates an electrical potential through an ionic transport medium. The macrocyclic battery is manufactured by easily available environmental friendly or biodegradable raw materials. The electrospinning process of the macrocycle molecules in the cells increases the surface attachment of macrocycles molecules to the electrodes for improving the efficiency for generating electric current.

Dependencies are inferred from the claim text.