FRAME FOR INSTALLING SOLAR CELL MODULE AND MEMBER FOR CONNECTING THE FRAME AND INSTALLING STRUCTURE OF THE SOLAR CELL MODULE USING FRAME AND CONNECTION MEMBER

The present invention provides a frame and a connection unit for installing a solar module capable of being resistant to humidity and salinity in the oceanic environment, enabling installation and fixing work of the solar module freely at the front, and having excellent construct ability, and a solar module installation structure using the same. According to one embodiment of the present invention, the frame for installing a solar module which is assembled to the solar module and installed in a structure includes: a module combination unit which has a module combination groove to be combined to the circumference of the solar module in the longitudinal direction; a hollow support unit which has a hollow hole in the longitudinal direction and supports the module combination unit from the bottom; a frame leg which is extended from one side of the bottom of the hollow support unit towards the bottom vertically; an outer joint flange which is bent horizontally from the lower part of the frame leg and is extended by a certain length towards the outside of the frame in the opposite direction to the module combination groove; and a joint combination projection which protrudes from the end of the outer joint flange and forms an insertion groove for a connection unit. The frame is made of plastic reinforced with carbon fiber.