The invention provides a novel wind energy cable which comprises a protective sleeve and a carbon fiber shielding layer arranged at the inner side of the protective sleeve. Three cable cores are arranged inside the carbon fiber shielding layer. Each cable core comprises a conductor, an isolation belt wraps the conductor, an insulation layer wraps the outside of the isolation belt, and a gap between the insulation layer and the carbon fiber shielding layer is filled with a filling layer. The protective sleeve is a TPU (Thermoplastic Polyurethane) elastic rubber layer, a plurality of bulletproof filaments are filled in the carbon fiber shielding layer, the conductors are copper wires, the insulation layers are TPEE (Thermoplastic Polyeher Ester Elastomer) layers, and the filling material of the filling layer is rubber. Through adoption of the novel wind energy cable, the capabilities of electromagnetic interference resistance, flexibility, torsion performance and anti-fatigue of the cable are improved, and the novel wind energy cable has the advantages of good torsion performance, water blocking, flame retardance, fatigue resistance, electromagnetic interference resistance, high flexibility and a long service life.