Solar spectrum simulation WLED manufacturing method based on quantum dot and smart lamp bulb

The invention relates to the technical field of bright lighting, in particular to a solar spectrum simulation WLED manufacturing method based on a quantum dot, and the method comprises the following steps: (A) synthesizing CdSe/ZnS core-shell quantum dot solvents in various sizes; (B) synthesizing CdSe/CdS core-shell quantum dot solvents in various sizes; (C) mixing the various solvents obtained at the steps A and B, mixing the mixture solvents with epoxy resin, and performing uniform stirring; (D) dropwise adding the mixture obtained at the step C onto the surface of a GaN chip, and performing heating in a vacuum oven to obtain a WLED. The invention further discloses a smart lamp bulb made of the WLED. Due to the quantum confinement effect of the quantum dots, the CdSe core-shell quantumdots have many advantages compared with traditional fluorescent materials, such as symmetrical emission spectrum, strong fluorescence stability, narrow full width at half maximum and high fluorescencequantum yield; by changin