A solar trapping apparatus, comprising a luminescent lamp (5), a solar device (9), a water supply container (2), a water return container (3), a water distribution assembly (4), a pressure sensor, and a pressure boosting device. The solar device (9) comprises a solar panel (91), an angle adjusting frame (93), and a storage battery (92) for storing electric energy generated by a solar battery. The solar panel (91) is mounted on the angle adjusting frame (93). The storage battery (92) is connected to the luminescent lamp (5). The water supply container (2) is located under the water return container (3). The water supply container (2) is in communication with the water return container (3) by means of a guide pipe. The pressure sensor is mounted in the water supply container (2) and is connected to the pressure boosting device. The pressure boosting device is completely or partially mounted in the water supply container (2). According to the solar trapping apparatus, the angle of the solar panel (91) can be adjusted by the angle adjusting frame (93), and therefore, the solar panel (91) can be adjusted according to a direct solar radiation angle, the electric energy conversion efficiency of the solar panel (91) is improved, and it is ensured that the storage battery (92) can store electric energy most possibly, so that the luminescent time of the luminescent lamp (5) is longer.Linvention concerne un appareil de captation solaire, comprenant une lampe luminescente (5), un dispositif solaire (9), un récipient dalimentation en eau (2), un récipient de retour deau (3), un ensemble de distribution deau (4), un capteur de pression et un dispositif damplification de pression. Le dispositif solaire (9) comprend un panneau solaire (91), une structure de réglage dangle (93) et une batterie de stockage (92) pour stocker lénergie électrique produite par une batterie solaire. Le panneau solaire (91) est monté sur la structure de réglage dangle (93). La batterie de stockage (92) est
