▎ 摘　　要

NOVELTY - The utility model claims a vacuum superconducting graphene radiating heating device, using electric heating and heating, meeting the environment-friendly, and needing lower heating power to reach the heating temperature requirement, reducing the power consumption, so as to reduce the heating cost. It comprises a shell and a vacuum superconducting electric heating component; the vacuum superconducting electric heating component comprises a vacuum superconducting pipe, a PTC heater and a heat storage structure, the vacuum superconducting pipe is filled with superconducting liquid; the PTC heater and the heat storage structure are installed on the vacuum superconducting pipe and contacted with the vacuum superconducting pipe; the heat storage structure covers a part of the vacuum superconducting pipe along the length direction of the vacuum superconducting pipe. The vacuum superconducting graphene heating device of the utility model has low power consumption; the heating cost is greatly reduced; the vacuum superconducting pipe heat conducting medium has high heat conducting efficiency; it saves electricity, saves water and energy; the heat storage structure improves the radiating uniformity and durability; the heating device is integrally modularized; so as to adapt to different heating occasions requirements of users.