| 摘要 |
The present invention relates to a wire connector for a solar power plant constructed on the water. A double framework is formed by transversely and vertically coupling multiple eye-bars, which are steel bars having holes formed on both ends thereof, to have a height formed by two-staged coupling of the eye-bars. A plurality of floats are installed on a lower end of the double framework formed by the eye-bars to maintain a state that a part of the double framework is floated above the water surface. One side end of each of a plurality of wires are connected to the lower end of the double framework formed by the eye-bars, and the other side end of each wire is connected to a plurality of anchors fixed to a bottom, thereby maintaining a stably fixed state of the double framework. Frames are transversely and vertically connected to an upper end of the double framework formed by the eye-bars, and a solar module is attached to the upper surfaces of the frames. A rotary body is coupled to a rotary shaft on one side of a fixing part allowing a wire to be connected to a fixing shaft on one side of a connector to be fixed to the anchors, thereby allowing a slope angle to be adjusted. One side of a coupling part having the other side coupled to the double framework is rotationally coupled to the rotary body through a bolt such that a solar power plant facility, which is stable in spite of a change of the water surface, can be installed through a simple structure. |
