The invention provides a solar energy conveyor. The solar energy conveyor comprises N sets of lens clusters, an intelligent control center, boilers, a one-way conduction valve, a heat insulation tank, a heat insulation buffer tank, a heat supply center, a turbine, a conveyor body, a heat insulation pipeline and information connection wires. The lens clusters are a set of focusing lenses which are perpendicular to solar rays and rotate along with the solar rays synchronously. The focal point of each focusing lens is focused on the heat collection center of the corresponding boiler all the time. When the water temperature and pressure in one boiler reach certain values, the one-way conduction valve is opened, and superheated vapor enters the next boiler to be further heated; when the temperature and pressure are decreased to certain values along with output of the superheated vapor, the one-way conduction valve is closed, and the process is conducted repeatedly in this way; and the superheated vapor with higher temperature and higher pressure is produced, and finally, the superheated vapor with the specified temperature and specified pressure is generated and enters the heat insulation tank to be stored through the one-way conduction valve. The solar energy conveyor has the advantages of being high in efficiency, environmentally friendly, capable of saving energy, reducing emission, reducing cost and protecting the environment, and free of pollution.