▎ 摘　　要

NOVELTY - The utility model claims an energy storage knitted fabric, wherein the energy storage knitted fabric is single-face knitted fabric, woven by the following weaving unit; the knitting unit is composed of four-way tissue structure formed by the yarn path; the four-path tissue structure is a first path of tissue structure, a second path of tissue structure, a third path of tissue structure; the fourth path of tissue structure; the yarn of each tissue structure is formed by the inner yarn path; the middle yarn path; the outer yarn path three-way yarn path is formed at the same time; the inner yarn path is nylon-based graphene yarn; the middle yarn path is spandex yarn; the outer yarn path is cotton yarn; the outer yarn path cotton yarn is the surface layer of single-side knitted fabric. The utility model energy storage knitted fabric has a three-layer structure, namely cotton yarn layer, spandex layer, nylon-based graphene energy storage fibre layer, is an elastic cotton cover double-thread plain weave, single-bead ground fabric, double-filament is spandex, graphene chinlon filament. The utility model overcomes the problem that the existing structure causes the bottom, the transverse and the tension are different.