Carbon fiber reinforced temperature self-measurement aluminum alloy lead cable

The invention relates to a carbon fiber reinforced temperature self-measurement aluminum alloy lead cable which comprises a sheath made of a metal tube, and a cable core located in the sheath, wherein the sheath is a corrugated aluminum alloy tube; the cable core comprises a mica tape insulating layer, and a plurality of twisted wire cores and an alkali-free glass filler which are arranged in the mica tape insulating layer; the wire cores consist of conductors twisted by aluminum alloy wires and insulating layers wrapped outside the conductors; aluminum alloy wire braided shielding layers are arranged between the conductors and the insulating layers; an aluminum alloy wire wrapping layer is arranged between the cable core and the sheath; a carbon fiber reinforced core is arranged in a gap between the wire cores; an optical unit is arranged in the alkali-free glass filler, and comprises a plurality of optical fibers; and at least one optical fiber is a grating optical fiber inscribed with a temperature measurement grating. The cable has the benefits that the cable is high in strength and good in bending, insulating and shielding properties; a relatively scarce copper resource is saved; communication is available; and the temperature of the cable can be monitored in real time.