An electric vehicle intelligent kickstand comprises two supporting rods; universal wheels are arranged on the supporting rods; cylindrical cams are arranged on the supporting rods; transmission shaftsare arranged on the supporting rods; the transmission shafts are hinged to the supporting rods through pin shafts; trajectory grooves are formed in the cylindrical cams; the transmission shafts drivethe supporting rods to rotate; the supporting rods slide within the trajectory grooves of the cylindrical cams so as to realize 90-degree rotating lifting of the supporting rods; and therefore, the supporting rods have angles of 75 degrees with the ground after being lowered so that the stability of an electric vehicle is guaranteed. According to the electric vehicle intelligent kickstand, the electric vehicle is going to be parked or is going to lose balance, the kickstand can be automatically lowered to support a vehicle body so that a purpose of supporting the electric vehicle can be achieved; the parking sequence of a traditional kickstand of getting off the vehicle first and then supporting the vehicle can be avoided; the two sides of the electric vehicle can be automatically and simultaneously supported; and therefore, time and labor can be further saved; and the electric vehicle parking convenience can be further guaranteed.