The utility model relates to a solar electric vehicle charging post, and belongs to the technical field of solar charging. A circuit consists of a solar cell, a diode, a storage battery, an alternating-direct current converter, a 36-V charging circuit and a 48-V charging circuit. The charging post is characterized in that the diode is connected with the solar cell in series prior to being connected with the storage battery in parallel, the storage battery is connected with an input end of the alternating-direct current converter, an output end of the alternating-direct current converter is respectively connected with input ends of the 36-V charging circuit and the 48-V charging circuit, an output end of the 36-V charging circuit is connected with a 36-V cell charging input end, and an output end of the 48-V charging circuit is connected with a 48-V cell charging input end. By adopting the technical scheme, the solar electric vehicle charging post has the advantages that the charging post adopts solar energy to charge an electric vehicle, saves energy, protects environment, and is convenient and practical.