▎ 摘　　要

NOVELTY - The station has a highly-conducting graphene/aerogel/carbon nanotube (CNT) fiber composite electric cable arranged with a balloon to hold a cable aloft, where thickness of grapheme in the highly-conducting graphene/aerogel/CNT fiber composite electric cable is 0.3-20 microns. An ultra-capacitor array is arranged with associated power regulators. The highly-conducting graphene/aerogel/CNT fiber composite electric cable provides a path of resistance for atmospheric electricity to reach a ground, where electrons run along an outer graphene surface with reduced resistance. USE - Lightning power station. ADVANTAGE - The station reduces weight of a composite cable, so that aerogel used in the graphene/aerogel/CNT fiber cable provides resilience - the shock absorbing and force dispersion properties of aerogels to significantly reduce cable's vulnerability to resonance frequencies and vibrations. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a lightning power station.