Louver assembly capable of having mounted thereon solar cell panel

A solar cell louver assembly comprising:

• a plurality of solar cell modules which each include a solar cell panel unit including a first terminal provided at a first end portion thereof and a second terminal provided at a second end portion thereof, a pair of first electrode terminals, one of the pair of first electrode terminals being electrically connected to the first terminal and the other of the pair of the first electrode terminals being electrically connected to the second terminal, and a pair of first caps to surround the first electrode terminals, one of the pair of first caps being mounted on the first end portion of the solar cell panel unit and the other of the pair of first caps being mounted on the second end portion of the solar cell panel unit;
• a plurality of second caps each including a second electrode terminal electrically connected to a respective one of the first electrode terminals and a terminal housing configured to surround at least a partial area of the second electrode terminal;
• a frame unit provided such that each of the plurality of second caps is rotatably mounted in a length direction;
• and
• a plurality of connector parts for connecting each the plurality of solar cell modules together in series;
• wherein, the plurality of solar cell modules are arranged adjacently along the length direction within the frame unit,
• wherein, in a state that the first and second end portions of each solar cell module are mounted on one respective ones of the plurality of second caps mounted within the frame unit,
• wherein, the connector parts each include a pair of third electrode terminals configured to electrically connect respective second electrode terminals of respective second caps mounted on two solar cell modules adjacent to each other along the length direction of the frame unit,
• wherein:
• each first electrode terminal is detachably mounted inside the respective first cap;
• and
• each second electrode terminal is formed integrally with the respective terminal housing through insert injection molding and is detachably mounted inside the respective second cap,
• wherein, each of the first caps has a first surface facing the solar cell panel unit and a second surface in a direction opposite to the first surface, has a first insertion groove recessed inward from the first surface toward the second surface, into which at least a partial area of the solar cell panel unit is inserted.