▎ 摘　　要

NOVELTY - The capacitor has a polymer thin layer (1) provided with a first polymer thin layer and a second polymer thin layer. An electric conducting part (2) is provided with a first electric conducting part and a second electric conducting part. A graphene electrode (5) is provided with a first graphene electrode and a second graphene electrode. Conducting metal sheets (6) are separated from each other by an insulating and coating part (3) to form multi-sections. The front section of the second graphene electrode is fixed with the conducting metal sheets to pass through the second section of the second electric conducting part. The first electric conducting part flows the conducting metal sheet to the first graphene electrode. USE - Plane ultra-thin flexible high voltage super capacitor for use as an energy storage/supply device in a wearable device and an integrated electronic field. ADVANTAGE - The capacitor controlling thickness of the metal sheet and a PI curing layer/film so as to realize ultra-thin series structure design, thus improving flexibility and strength of the metal sheet. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for: a plane ultra-thin flexible high voltage super capacitor manufacturing method. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a plane ultra-thin flexible high voltage super capacitor (Drawing includes non-English language text). Polymer thin layer (1) Electric conducting part (2) Insulating and coating part (3) Graphene electrode (5) Conducting metal sheets (6)