▎ 摘　　要

NOVELTY - The device has an anti-rain-fog rattan pulling rope (9) whose middle part is provided with an energy-storage battery (21). A middle part of an anti-rain-fog material stranded cable (8) is provided with an automatic photosensitive control switch (19). The anti-rain-fog material stranded cable is provided with a semicircular buckle (15). A solar battery (11) is connected with a micro-inverter (17) through a conductive wire (16), where the solar battery is selected from group of single crystal Silicon solar battery or polycrystalline Silicon solar battery or perovskite solar battery or copper-indium-gallium-selenium thin film solar cell or Cadmium telluride thin film solar battery. The micro-inverter is connected with the automatic photosensitive control switch through the conductive wire. An energy storage battery (21) is connected with a graphene nano-luminescent lamp (22). USE - Suspension type independent photovoltaic power generation lighting device. ADVANTAGE - The device provides power output from the photosensitive self-control switch to illuminate skylight to ensure pedestrians cross a bridge. DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a suspension type independent photovoltaic power generation lighting device. Anti-rain-fog material stranded cable (8) Anti-rain-fog rattan pulling rope (9) Solar battery (11) Semicircular buckle (15) Conductive wire (16) Micro-inverter (17) Automatic photosensitive control switch (19) Energy-storage battery (21) Graphene nano-luminescent lamp (22)