| 摘要 |
<p>PURPOSE: A sunlight windpower polyhedral angle fusion development system for a next generation distribution type smart power generation system and a manufacturing method thereof are provided to frequently pass wind between photovoltaic modules, thereby maintaining generation efficiency by keeping optimal temperature. CONSTITUTION: A top polyhedral angle photovoltaic module (100) comprises a top perpendicular frame (111), a top photovoltaic module (110), a top module upper end fitting, a top module lower end fitting (112, 113), a top upper end frame, a top bottom end frame (114, 115) and a top junction box (116). A central part polyhedral angle photovoltaic module (200) comprises a central part perpendicular frame (211), a central part photovoltaic module (210), a ventilation hole (217), a central part module upper end fitting, a central part lower end fitting (212, 213), a central part upper frame end, a central part bottom frame (214, 215) and a central part junction box (216). A lower part polyhedral angle photovoltaic module (300) comprises an underlying junction box (313), a lower part photovoltaic module (310) and a photovoltaic module (311). A module frame (400) comprises a calumniation addition furnace frame (431), a middle and lower part horizontal frame (441), a lower part horizontal frame (461) and a longitudinal frame (470). An aerogenerator (700) rotates with a wing around a rotary shaft (707). A cylinder (600) is combined with the frame of the lower part photovoltaic module. A sub-motor (603) of a cylinder rotates around a circulation (500) and descends and ascends. A sunlight windpower polyhedral angle hunting fusion generator (10) including the lower part polyhedral angle photovoltaic module is connected in series and parallel to a power conversion device (20) by a system interconnection line (23). [Reference numerals] (AA) Cross arm; (BB) Neutral line; (CC) Concrete block; (DD) 16M KEPCO telephone post</p> |
